41.
A.L. Gershon, L.S.
.Gyger, Jr.,
H.
A.
Bruck and S.K. Gupta, “Thermoplastic Polymer Shrinkage
in Emerging Molding Processes”, Experimental Mechanics, 48,
789-798 (2008).
42.
A.Kota, L.Murphy, T.
Strohmer, D.I.
Bigio, H.A. Bruck, and D. Powell, “Combinatorial
Development of Polymer Nanocomposites using Transient Processing
Conditions in Twin Screw Extrusion”, AICHE Journal, 54,
1895-1900 (2008).
43.
J. Kruft, Y. Shabana, and H.A.
Bruck, “Effect of TiO2 Nanopowder on the Sintering Behavior
of Nickel-Alumina Composites for Functionally Graded Materials”, Journal
of the American Ceramic Society, 91,
2870-2877 (2008).
44.
B. H. Cipriano, A. K. Kota, A. L.
Gershon, C. J.
Laskowski, T. Kashiwagi, H. A. Bruck, S. R.
Raghavan,”Conductivity Enhancement of Carbon Nanotube and Nanofiber-based
Polymer Nanocomposites by Melt Annealing”, Polymer, 22, 4846- 4851 (2008).
45.
M. Yang, Y.
Kostov, H.A. Bruck, and A. Rasooly, “Carbon Nanotubes with Enhanced
Chemiluminescence (CNT-ECL) Immunoassay for CCD-based Detection of
Staphylococcal Enterotoxin B (SEB) in Food”, Analytical Chemistry,
80,
8532- 8537 (2008)
46.
Y.Q. Wang, M.A.
Sutton, H.A.
Bruck, and H.W. Schreier, “Quantitative Error Assessment
in Pattern Matching: Effects of Intensity Pattern Noise, Interpolation,
Subset
Size and Image Contrast on Motion Measurements”, Strain, 45,
160-178 (2009).
47.
A. Ananthanarayanan,
S.K.
Gupta, and H.A. Bruck, “Characterization and Control of Plastic
Deformation in Mesoscale Premolded Components to Realize In-mold Assembled
Mesoscale Revolute Joints”, Polymer Engineering and Science,
49, 293- 304 (2009).
48.
D.P. Cole, H. Jin, W.-Y.
Lu, H.A. Bruck, and A.L. Roytburd, “A nanoscale technique
for characterizing recovery of inelastic deformation in graded shape
memory
alloy films”, Applied Physics Letters, 94, 193114 (2009).
49.
D.P. Cole, H.A.
Bruck, and A.L. Roytburd, “Nanomechanical Characterization of Graded
NiTi films Fabricated though Diffusion Modification”, Strain,
45,
2332-237 (2009).
50.
M. Yang,
D. Kostov, H.A.
Bruck, and A. Rasooly, “Gold
Nanoparticle-based
Enhanced Chemiluminescence
Immunosensor
for Detection of
Staphylococcal 
Enterotoxin
B
(SEB) in Food”, International
Journal of Food Microbiology , 133, 265-271 (2009).
51.
A.L. Gershon, A.K.
Kota, and H.A.
Bruck, “Characterization of Quasi-static Mechanical
Properties of Polymer Nanocomposites using a New Combinatorial Approach”,
Journal of Composite Materials, 43, 2587-2598 (2009).
52.
W. Bejgerowski, S. K.
Gupta, and H.A. Bruck, “A Systematic Approach
to Designing Multi-functional Thermally
Conducting Polymer Structures with Embedded Actuators”, Journal of
Mechanical
Design, 131, 111009
(2009)
53.
A. L.
Gershon, H.A. Bruck, A.R. Hopkins,
and K.N.
Segal, “Curing Effects of
Single-Wall
Carbon NanoTube Reinforcement on Mechanical Properties of Filled Epoxy
Adhesives”, Composites Part A: Applied Science and Manufacturing,
41,
729-743
(2010).
54.
H.A.
Bruck, A.L.
Gershon,
M.A. Sutton, Shaowen Xu, and Vikrant Tiwari, “Multiscale Mechanical and
Structural Characterization of Palmetto Wood for Bio-inspired
Hierarchically Structured
Polymer Composites”, Materials Science and Engineering C: Materials
for
Biological Systems, 30, 235-244 (2010).
55.
M. Yang, H.A.
Bruck, D.
Kostov, and A. Rasoolym “Electrical Percolation Biological
Semiconductor”, Analytical Chemistry 82, 3567-3572 (2010).
56.
M.Yang, S. Sun, H.A.
Bruck, A. Rasooly, and Y. Kostov,
“Electrical percolation-based biosensor for real-time direct detection
of
Staphylococcal enterotoxin B (SEB)”, Biosensors and Bioelectronics
25,
2573-2578 (2010).
57.
D. Mueller, H.A.
Bruck and S.K. Gupta, “Measurement of Thrust and
Lift Forces Associated with Drag
of Compliant Flapping
Wing for Micro Air Vehicles Using a New
Test Stand Design”, 50, 725-735 Experimental Mechanics
(2010).
2.b.ii To
appear
58.
L.
Banks-Sills, J. Shklovsky,
59.
A. Ananthanarayanan,
S.K. Gupta, and H.A. Bruck, “Characterization
of
a Reverse Molding Sequence at the
Mesoscale for In-mold Assembly of Revolute Joints”, accepted for publication in Polymer
Engineering
and
Science,
(2010).
60.
A. Ananthanarayanan,
S.K. Gupta, and H.A. Bruck, “Modeling and
Characterization to Minimize Effects of Melt Flow Fronts on
Premolded Component Deformation during In-Mold Assembly of Mesoscale
Revolute
Joints”, accepted for
publication in Journal of
Manufacturing Science and Engineering – Transactions of the ASME (2010).
61.
A.L.Gershon,
D.P.Cole, A.K.Kota, and H.A.
Bruck, “Nanomechanical
Characterization
of
Dispersion and its Effects in Nano-Enhanced Polymers and
Polymer Composites”, accepted for publication in Journal of
Materials
Science (2010).
2.b.iv
Editorials
1.
H.A.
Bruck, “Guest Editorial: Biological and Biologically Inspired
Materials”, Experimental
Mechanics, 42, 359-360 (2002).
2.e.
Talks,
Abstracts,
and Other Professional Papers Presented
2.e.1.a Invited Talks
2.e.1.a.1 Conferences
and Workshop Presentations
1.
“Magnetic Flyer
Plate Shock Wave Experiments in AS4/3501-6 Composites,” 1997 SEM Spring Conference &
Exhibit,
2.
“Modeling of
Functionally Graded Shape Memory Alloy Composites and Thin
Films for Smart Structures
and MEMS,” Indo-US
Workshop on Problems in Elastic Vibrations, Smart Structures, and Their
Solutions
Technology,
3.
“Multiscale
Deformation Measurements for Functionally Graded Materials,” Virtual
Community
Workshop
on Displacement Measurement Methods,
Wright Patterson Air Force Base,
4.
“Point of Care
Detection of Staphylococcal Enterotoxins”, nanoKAP
2008: Utilizing Nanotechnology for
Detection of Toxins and
Pathogens,
5.
“Multiscale
Characterizqtion of the Mechanics of Heterogeneous Structures
Using DIC”, 2009 SEM Fall Symposium and
Workshop,
6.
Keynote: “Integrating
Nanoscale Fillers into Polymers
and Composites: Nano-enhanced Materials”, 14th Israeli
materials
Engineering Conference, Tel
2.
1.
“Dynamic
Constitutive Behavior of Beryllium Bearing Bulk Metallic
Glasses,”
2.
“Mechanical and
Thermal Characterization of MMCs and CMCs for FGMs,”
Department of Mechanical Engineering,
3.
“Optical Techniques
for Measuring Mechanical Phenomena: Coherent Gradient
Sensing
and
Dynamic Moire Interferometry,” Department of Mechanical Engineering,
4.
“Techniques for
Analyzing Dynamic Mechanical Behavior in Bulk Metallic
Glasses and CFE Composites,”
Weapons Technology
Directorate-Target Interaction Branch, Armor Concepts
Section, Army
Research Laboratory,
5.
“Modeling Residual
Stresses and Wave Propagation Phenomena in Layered
Media,” Department of
Mechanical Engineering,
6.
“Residual Stresses in
Functionally Graded Materials,” DOE Discussion
Meeting on Neutron Residual
Stress Analysis,
7.
“Modeling Thermal
Residual Stresses and Fracture in Functionally Graded
Materials (FGMs),”
Department of Mechanical Engineering,
8.
“Functionally Graded
Materials for Armor Applications,” given at Weapons
and Materials Research
Directorate, Materials Division,
Army Research Laboratory, Aberdeen Proving
Grounds, MD, 12/97
9.
“Functionally Graded
Materials: Designing Interfaces for the Future,”
10.
“Design and
Fabrication of Functionally Graded Materials,” Naval
11.
“Design and
Fabrication of Functionally Graded Materials,” Department of Materials Science and Engineering,
12.
“Design and
Fabrication of
Functionally Graded Materials,” University of Maryland-Baltimore
County,
13.
“Design and
Fabrication of Functionally Graded Composite Energetic
Materials,” Propulsion
Directorate, Edwards AFB, Edwards, CA,
3/02
14.
“Design and
Fabrication of Functionally Graded Materials,” Munitions
Directorate, Eglin Air Force
Base,
15.
“Design and
Fabrication of Functionally Graded Materials and
Nanocomposites for Aerospace
Applications”, Advanced Materials
and Processing Branch, NASA-Langley,
16.
“Nanocomposite
and Functionally Graded Materials: Materials by Design”, Department of Solid Mechanics,
Structures, and
Materials,
17.
“Nanocomposite
and Functionally Graded Materials: Materials by Design”, Department of Mechanical Engineering,
Technion-Israel Institute of Technology,
18.
“Nanocomposite
and Functionally Graded Materials: Materials by Design”, Department of Materials Engineering,
Technion-Israel Institute of Technology,
19.
“Combinatorial
Development of Polymer Nanocomposites using Transient Processing
in Twin Screw Extrusion”, Du Pont,
20.
“Processing-Stucture-Property
Relationships
in Polymer Nanocomposites for
Multifunctional
Structures”,
NASA-Goddard,
21.
"Subscale
modeling for ballistic response of geometrically complex structures:experimentally-derived
scaling
laws", ARL, Adelphi, MD, 11/08
2.e.1.b
Conference Presentations
1.
H.A. Bruck, M.A.
Sutton, and S.R. McNeill, “Digital Image Correlation using Bicubic
Splines and the Newton-Raphson Method,” 1987 Southeastern
Graduate Student
Conference, Gainesville, FL,
3/87
2.
H.A. Bruck, M.A.
Sutton, S.R. McNeill, and T. Chae, ”Evaluation of the J-integral Near a
Crack Tip Using Digital Image Correlation,” 1988 Southeastern
Graduate Student Conference,
3.
H.A. Bruck, S.R
McNeill, S.S. Russell, and M.A. Sutton, “Use of Digital Image Correlation
for Determination of Displacements and Strains,” Nondestructive
Testing of
Aerospace Requirements,
4.
H.A. Bruck, A.J.
Rosakis, and W.L. Johnson, “Dynamic Constitutive Behavior of Beryllium Bearing Bulk
Metallic Glasses,” Society
of Engineering Science 31st Annual Technical Meeting,
5.
H.A. Bruck, J.S.
Epstein, K.E. Perry, Jr., and M.G. Abdallah, ”Dynamic Characterization
of Short Duration Stress Pulses Generated by a Magnetic Flyer Plate
in Carbon-fiber/Epoxy Laminates,” 1995 SEM Spring
Conference and
Exhibit,
6.
H.A. Bruck, B.H.
Rabin, and R.L. Williamson, “Mechanical and Thermal Behavior of
Metal Matrix and Ceramic Matrix Composites for FGMs,” given at the Second International
Conference on Composites Engineering, ICCE/2, New Orleans, LA, 8/95
7.
B. H. Rabin, H.A.
Bruck, and R. L. Williamson, “Characterization of Al2O3-Ni
Composites for
Use as FGM Interlayers,” given at 1996
Conference & Exposition on Composites, Advanced Ceramics, Materials
and Structures,
8.
H.A. Bruck and
J.S. Epstein, “Short Pulse Impact in Graphite Epoxy Composites,” VII International Congress
on Experimental Mechanics,
9.
H.A. Bruck, B.J.
Buescher, Jr., J.S. Epstein, V.A. Deason, and K.L. Ricks, “Dynamic Moire
Interferometry,” 22nd
International Congress on High-Speed Photography and Photonics, Sante Fe, NM, 10/96
10.
H.A. Bruck, B.H.
Rabin, and I. Reimanis, “Basic Fracture Studies in Functionally Graded
Materials,” ASME Winter Annual
Meeting,
11.
H.A. Bruck, B.H.
Rabin, R.L. Williamson, and X.-L. Wang, “Thermally Induced Residual
Stresses in Functionally Graded Nickel-Alumina Joints,” 1997
SEM Spring Conference
& Exhibit,
12.
H.A. Bruck, H.W.
Schreier, M.A. Sutton, Y.J. Chao, X. Deng, and M. Davoud, ”Distortion
in GMAW of Thin Plates: Temperature and 3-D Deformation Measurements
Using High-Speed Thermal Imaging and Stereoscopic Video Imaging,”
Trends
in
Welding ’98, Pine Mountain, GA,
6/98
13.
H.A. Bruck, “One-Dimensional
Model for Designing Functionally Graded Interfaces to Manage
Stress
Waves,” 1998 International
Mechanical Engineering Congress
&
Exposition,
14.
H.A. Bruck and C.L. Moore,
“Mechanical Characterization of SMAs and SMA Composites for
Designing Actuation Devices,” 1999 Summer ASME
Mechanics and
Materials
Conference,
15.
H.A. Bruck and C.L.
Moore,
“Mechanical Characterization of SMA Composite for Designing
Smart Structures,” Fourth ARO
Workshop on Smart Structures,
16.
H.A. Bruck and C.L.
Moore,
“Mechanical Characterization of Shape Memory Alloy Composites
for Designing Smart Structures,” ASME International
Mechanical Engineering
Congress and Exposition,
17.
C.R. Owens, W.E.
Owens, and H.A. Bruck, “Reflexive Material
Technology: Biologically
Optimized Porous Materials,” SAMPE
2000,
18.
H.A. Bruck and C.L.
Moore,
“Mechanical Characterization of Shape Memory Alloy Composites for Designing
Smart Structures,” SEM IX
International Congress,
19.
H.A. Bruck and
C.R. Owens, “Reflexive Material Technology: Biologically Optimized
Porous Materials,” SEM IX
International Congress,
20.
H.A. Bruck, C.L.
Moore,
and T.L.
Valentine, “Mechanical
Characterization and Modeling of
Functionally Graded Adaptive Structures
for Shape Control,” The 37th
Annual
Technical
Meeting
of the Society of Engineering Science,
21.
M. Kumar, S.K. Gupta,
H.A. Bruck, C.L. Moore, and J.
Mantich, “Multimaterial Compliant Mechanisms
with
Improved Fracture Characteristics,” The 37th
Annual Technical
Meeting of the
Society of Engineering Science,
22.
H.A. Bruck and H.
Surendranath, “Optimization of Functionally Graded Nickel-Alumina
Composites,” The 37th
Annual Technical Meeting of the
Society of Engineering Science,
23.
H.A. Bruck and C.L.
Moore, “Mechanical Characterization and Design of Shape Memory
Alloy Composites for Functionally Graded Adaptive Structures", ASME International
Mechanical Engineering Congress and Exposition,
24.
H.A. Bruck and H.
Jin, “Characterization and Modeling of Shape Memory NiTi Thin
Films for Functionally Graded MEMS,” ASME International
Mechanical Engineering
Congress and
Exposition,
25.
H.A. Bruck and H.
Jin, “Thermomechanical Modeling of Functionally Graded SMA Thin
Films,” 2001 SEM Annual
Conference & Exposition on Experimental and Applied
Mechanics,
26.
H.A. Bruck and H.
Surendranath, “Biologically Inspired Optimization of Functionally
Graded Nickel-Alumina Composites,” 2001 SEM Annual
Conference
& Exposition
on Experimental and Applied Mechanics,
27.
H.A. Bruck, C.L.
Moore, and T. Valentine, “Thermomechanical Modeling and Characterization
of Functionally Graded Smart Structures,” 2001 SEM Annual Conference
& Exposition on Experimental and Applied Mechanics,
28.
H. A. Bruck,
“Damage and Fracture in Metal-Ceramic Composites for Functionally Graded
Materials,” 2002 SEM Annual
Conference & Exposition,
29.
G. Fowler, S.K. Gupta,
and H.A. Bruck, “Manufacturing of
Bio-Inspired Heterogeneous
Structures with Improved Interfacial
Strength using a Multi-stage Multi-material
Molding Technique,” 2002
SEM Annual Conference & Exposition, Milwaukee, WI, 6/02.
30.
H.A. Bruck, F.M.
Gallant, and S. Gowrisankaran, “Development of a Novel Continuous
Processing Technology for Functionally Graded Composite Energetic Materials
using an Inverse Design Procedure,” 2002 SEM Annual
Conference
& Exposition, Milwaukee, WI, 6/02
31.
H.A. Bruck, H.
Surendranath, and S. Gowrisankaran, “Enhancing the
Optimization of
Composite Structures Using Gradient Architectures,” 14th
National Congress of Theoretical
and
Applied Mechanics,
32.
H.A. Bruck, C.L.
Moore, and T. Valentine, “Repeatable Bending Actuation in Polyurethanes
Using One-Way Shape Memory Alloy Wires,” 14th
National
Congress of
Theoretical and Applied Mechanics,
33.
H.A. Bruck and F.M.
Gallant, “Fabrication of Functionally Graded Composite Energetic
Materials Using Twin Screw Extrusion Processing”, 12th
Joint Ordnance Commanders Group
Continuous Mixer and Extruder User
Group Meeting, Indian Head, MD,
10/02
34.
H. Jin and H.A. Bruck,
“Pointwise
Digital
Image Correlation Using the Genetic Algorithm
Optimization Method”,
2003
SEM Annual Conference and Exposition on Experimental and Applied
Mechanics,
35.
H.A. Bruck and H.
Jin, “Characterization of Graded NiTi Thin Films”, 2003
SEM Annual Conference
and Exposition on Experimental and Applied Mechanics,
36.
F.M. Gallant, H.A. Bruck,
D.I. Bigio, R.
Mudalamane, and P. Oleivera, “Twin Screw Extrusion
Processing of
Nanocomposites”, 2003 SEM Annual
Conference and Exposition
on
Experimental
and Applied Mechanics,
Charlotte, NC, 6/03
37.
H.A. Bruck,
“Biologically Inspired Functionally Graded Materials”, Technical
Meeting
on
the Mechanics of Biological and Biologically Inspired
Materials,
38.
H.A. Bruck, F.M.
Gallant, and S. Gowrisankaran, “Fabrication and Design of Multifunctional Energetic
Structures Using Gradient Architectures”, ASME International Mechanical Engineering
Congress and Exposition,
39.
H.A. Bruck and
F.M. Gallant, “Fabrication of Graded Polymer Composites using Twin
Screw Extrusion Processing”, ASME International
Mechanical
Engineering Congress and
Exposition,
Washington, DC, 11/03
40.
M.L. Pines and H.A. Bruck,
“Dynamic
Mechanical
Characterization of Propellants with Nano-sized
Particles”, 2004
SEM X International Congress and Exposition on Experimental and Applied
Mechanics,
41.
A.Kota, H.A. Bruck, R.
Mudalamane, D.
Bigio, S.R. Raghavan, G.Kalur, and D. Powell, “Oriented
Carbon
Nanotube Extrusion”, 2004 SEM X
International Congress
and Exposition on Experimental and Applied Mechanics, Costa
Mesa, CA, 6/04
42.
F.M.
Gallant and H.A.
Bruck, “Twin Screw Extrusion Processing of Graded
Composite Materials”, FPCM7:
International
Conference on Flow Processes in Composite Materials,
43.
H. Jin and H.A. Bruck,
“Mechanical
Characterization
of Materials and Structures at the
Microscale and Nanoscale”, 15th
International
Invitational Symposium on the
Unification of
Analytical, Computational, and Experimental Solution Methodologies (UACEM): UACEM in MEMS
and
Nanotechnology,
44.
H.A. Bruck, A.
L. Gershon, and S.K. Gupta, “Enhancement of Mechanical Engineering
Curriculum to Introduce Manufacturing Techniques and Principles for Bio-inspired
Product Development”, 2004 ASME
International Mechanical Engineering
Congress
and
Exposition,
Anaheim, CA, 11/04
45.
H. Jin and H.A. Bruck,
“Measurements
of
Deformations in Heterogeneous Materials using Digital Image
Correlation”, 2004 ASME
International Mechanical Engineering Congress and Exposition, Anaheim, CA, 11/04
46.
M. L. Pines, H.A. Bruck,
and Y.M.
Shabana, “Powder Processing of Functionally Graded Metal-Ceramic
Plates using Pressureless Sintering”, 2004 ASME International
Mechanical Engineering Congress and Exposition,
Anaheim, CA, 11/04
47.
L.S. Gyger, Jr., P.
Kulkarni, H.A. Bruck,
S.K.
Gupta, and O.C. Wilson, “Porous Gelcast Ceramics for Bone Repair
Implants”, 2005
SEM Annual Conference and Exposition,
Portland, OR, 6/05
48.
Arun Kota, H.A. Bruck,
D.I. Bigio, M. Conti, and
D. Powell, “Twin Screw Extrusion Processing
of Graded Nanocomposites
for Combinatorial Materials Science”, 2005 SEM Annual
Conference and Exposition,
49.
D. Cole and H.A. Bruck,
“Interfacial
Gradient
for Solid-state Dye-sensitized Solar Cells”, 2005
SEM Annual Conference and Exposition, Portland, OR, 6/05
50.
L. S. Gyger, Jr., B. Spranklin,
S.K. Gupta, and H.A.
Bruck, “Bio-inspired, Modular, and Multifunctional
Thermal
and Impact Protected (TIPed) Embedded Sensing Controls Actuation
Power
Element (ESCAPE) Structures”, 2006 SEM Annual Conference and Exposition, St. Louis, MO, 6/2006
51.
A. Anathanarayanan,
S.K. Gupta, and H.A. Bruck, “Interfacial
Adhesion in Multistage Injection
Molded Components”, 2006
SEM Annual Conference and Exposition, St.
Louis, MO, 6/2006
52.
A. Kota, F. Choudary, H.A. Bruck,
D.I.
Bigio, S.Raghavan, M. Duesterberg, and D. Powell, “Developing Advanced
Polymer
Nanocomposites via a New Combinatorial Approach Based on
Twin Screw Extrusion”,
2006
SEM Annual Conference and Exposition, St.
Louis, MO, 6/2006
53.
D. Cole, A.L. Gershon, and H.A. Bruck,
“Fabrication
and
Characterization of Graded Nanostructured Materials for
Microactuation and Power Generation Systems”, 2006
ASME International Mechanical Engineering Congress and Exposition, Chicago, IL, 11/06.
54.
J.Kruft, Y.M.
Shabana, and H.A. Bruck,
“Modeling
the
Evolution of Stress Due to Differential
Shrinkage in
Powder-Processed Functionally Graded Metal-Ceramic Composites
During Pressuress Sintering”, 2006 ASME
International
Mechanical Engineering
Congress and Exposition,
Chicago, IL, 11/06.
55.
A. Kota, D. Powell, D.I.
Bigio, and H.A. Bruck,
“A New Combinatorial Approach for Developing
Nanocomposites using Twin Screw
Extrusion”, 2006 ASME International Mechanical Engineering
Congress and
Exposition,
Chicago, IL, 11/06.
56.
H.A. Bruck,
“Processing-Structure-Property Relationships in Hierarchically Structured
Polymer Composites for Multifunctional Structures”, 2007
ONR Solid Mechanics Program:
Marine Composites and Sandwich
Structures,
57.
A.L. Gershon, H.A. Bruck,
and S.K. Gupta,
“Processing of Multifunctional Hierarchically
Structured Composites with
Embedded Electronic Components”, 2007 ASME
International
Mechanical Engineering Congress and Exposition,
58.
A. L. Gershon and H.A. Bruck,
“Dynamic
and Static
Mechanical Behavior of Hiearchically-structured
and
Nano-structured
Polymer Composites”, 2008 SEM Annual Conference
and
Exposition,
59.
A. Ananthanarayan,
S.K. Gupta, and H.A. Bruck, “Mechanical
Characterization of Cold Weld-lines and
Meld Lines in Mesoscopic
Revolute Joints for Bioinspired Structures”, 2008
SEM Annual Conference and Exposition, Orlando, FL, 6/08
60.
D. P. Cole, H.A. Bruck,
and A.L. Roytburd,
“Nanomechanical Characterization of Diffusion-modified
Graded NiTi
Films”, 2008 SEM Annual
Conference and Exposition,
Orlando, FL, 6/08
61.
H.A. Bruck, L.
Miranda-Martinez, R.M. Briber, and R.J. Bonenberger, “The Modern
Materials Instuctional (MEMI) Lab: An Undergraduate Learning Experience
for
Characterizing Materials from the Nanoscale to the Macroscale”, 2008
SEM Annual Conference
and Exposition,
62.
H.A. Bruck,
“Processing-structure-property Relationships in Hierarchically-structured
Polymer Composites for Multifunctional Structures”, ASME
Engineering Science and
Design 2008,
63.
H.A. Bruck,
“Transition Length Scales and Compositions in Hierarchiallystructured
Polymer Composites for Multifunctional Marine Structures”, 2008
ONR Solid Mechanics
Program: Marine Composites and
Sandwich Structures,
64.
H.A. Bruck,
“Procesing-structure-property Relationships for Hierarchically-structured
Polymer Composites using Carbon Micro- and Nanofiber Reinforcement”, 2008
ASME International Mechanical Engineering Congress and Exposition, Boston,
MA, 11/08
65.
A. L. Gershon and H.A. Bruck,
“Multiscale
Mechanical
Behavior
of
Hiaerarchically-structured
Polymer
Composites”, 2009
SEM Annual Conference and Exposition,
Albuquerque, NM, 6/09
66.
HA. Bruck and
M. Chowdhury, “Subscale Modeling and Characterization for Ballistic Response of
Geometrically Complex Structures”, 2009 SEM Annual Conference
and Exposition,
67.
D. P. Cole and H.A. Bruck,
“Nanoindentation
Characterization
of Graded Shape Memory Alloy and
Multilayer
Thin Films”, 2009 SEM Annual
Conference and Exposition,
68.
W. Bejgerowski, S. K.
Gupta, and H.A. Bruck, “Multifunctional
Structures using Filled Polymers for
In-mold Assembly of
Embedded Electronic Components”, 2009 SEM
Annual Conference and Exposition,
69.
A. L. Gershon and H.A. Bruck,
“Damage
Evolution and
Mechanical Behavior of Hiaerarchically-structured
Polymer
Composites”,
ASC 2009,
70.
H.A. Bruck, “Damage
Evolution and Mechanical Behavior of Hierarchically-structured Polymer
Composites for Multifunctional Marine Structures”, 2009
ONR Solid Mechanics
Program: Marine Composites and Sandwich Structures,
71.
A.L. Gerson and
H.A. Bruck, “Multiscale Mechanical Behavior of
Hiaerarchically-structured
Polymer
Composites”, 2009 SEM
Annual Conference and
Exposition,
Indianapolis, IN, 6/10
72.
A. L. Gershon and H.A. Bruck,
“Dynamic
Damage
Mechanisms in Hierarchically-structured Polymer Composites”, 2009
ASME International Mechanical Engineering Congress and Exposition, Orlando,
FL, 11/09
73.
C.Sharkey, S.W. Kwon, S.W.
Lee, H.A. Bruck, D.Barrett, and A.
Rahman, “Mechanical
Characterization and Modeling of X- and K-Cor Composites”, 2010
SEM Annual
Conference and Exposition,
Indianapolis, IN, 6/10
2.e.2 Refereed
Conference Proceedings
1.
H.A. Bruck and H.
Surendranath, “Minimization of Stress at Metal-Ceramic Interfaces Using
Functionally Graded Materials,” Proceedings of the ASME International Mechanical Engineering
Congress and
Exposition, MD95,
18-27 (2001).
2.
H.A. Bruck, F.M.
Gallant, and
3.
H.A. Bruck, A.L.
Gershon, and S.K. Gupta, “Enhancement of Mechanical Engineering
Curriculum to Introduce Manufacturing Techniques and Principles for Bio-inspired
Product Development”, Proceedings of the ASME International Mechanical
Engineering Congress and Exposition, 1-6 (2004).
4.
A. Kota, D.I. Bigio, H.A.
Bruck, B. Ritter, and
D. Powell, “Fabrication of Nanocomposites
using
Twin Screw Extrusion”, Proceedings of ANTEC 2005,
Boston, MA, 1-5 (2005)
5.
A. Kota, H.A. Bruck,
D.I. Bigio, and D.
Powell, “Establishing the ProcessingStructure-Property
Relationships for Extruded Polymer Nanocomposites via a Combinatorial
Approach ”, Proceedings of ANTEC 2007,
6.
A. Anathanarayanan,
S.K. Gupta, H.A. Bruck, K.P. Rajurkar, and Z.
Yu, “Development of
In-mold Assembly Process for
Realizing Mesoscale Revolute Joints”, Transactions
of
NAMRI/SME,
35, 1-8 (2007).
7.
H.A. Bruck,
“Processing-structure-property Relationships in Hierarchically-structured
Polymer Composites for Multifunctional Structures”, ASME
Engineering Science
and Design 2008,
8.
A. Anathanarayanan,
S.K.
Gupta, H.A. Bruck, “Characterization and Control of Plastic
Deformation in Pre-molded Components in In-mold Assembled Mesoscale Revolute
Joints Using Bi-directional Filling Strategy”, Proceedings of
AIMTDR08,
9.
A. Anathanarayanan,
S.K. Gupta,
H.A. Bruck, “Characterization and Control of Pin Diameter
during In-mold Assembly of Mesoscale Revolute Joints”, Transactions
of NAMRI/SME (2008).
2.e.2
Unrefereed Conference Proceedings
1.
H.A. Bruck, S.R.
McNeill, M.A. Sutton, Y.J. Chao, and W.H. Peters III, “Determination
of Deformations Using Digital Image Correlation with the Newton Raphson
Method of Partial Differential Corrections,” Proceedings of VII International
Congress on Experimental Mechanics, 1152 (1988)
2.
H.A. Bruck, S.R.
McNeill, S.S. Russell, and M.A. Sutton, “Use of Digital Image Correlation
for Determination of Displacements and Strains,” Nondestructive Testing
for Aerospace Requirements, 99 (1988)
3.
J.S. Epstein, H.A.
Bruck, and M.G. Abdallah, “Transient Stress
Waves In Carbon-Fiber Epoxy
Composites,” Proceedings of the
1995 Joint ASME/JSME Pressure Vessels and Piping
Conference
Jul 23-27 1995, ASME, Honolulu, HI,
300, 41-47 (1995)
4.
H.A. Bruck, J.S.
Epstein, K.E. Perry, Jr., and M.G. Abdallah, “Dynamic Characterization
of Short Duration Stress Pulses Generated by a Magnetic Flyer Plate
in Carbon-Fiber/Epoxy Laminates,” Proceedings of the 1995 SEM
Spring Conference
and Exhibit (ISI=2, Self=1), SEM, Grand Rapids,
MI,
826-830 (1995)
5.
B.H. Rabin, R.L.
Williamson, H.A. Bruck, X.L. Wang, T.R. Watkins,
and D.R. Clarke, “Residual
strains and stresses in an
Al2O3-Ni joint bonded with a composite interlayer: FEM
predictions and
experimental measurements,” Proceeding of the 4th International
Symposium on Functionally Graded Materials, Society of Non-Traditional
Technology, Tsukuba, Japan, 4, 387-396 (1996)
6.
X.-L. Wang, B.H.
Rabin, R.L. Williamson, H.A. Bruck, and T.R.
Watkins, “Residual Stress
Distribution in an Al2O3-Ni
Joint Bonded with a Composite Layer,” Proceedings of the
1996 MRS
Spring Meeting Apr 8-12 1996, MRS, San Franciso, CA, 434, 177-182 (1996)
7.
B.J. Buescher, Jr., H.A.
Bruck, V.A. Deason, and K.L. Ricks,
“Dynamic Moire Interferometry,” Proceedings
of
the 22nd
International Congress on High-Speed Photography and
Photonics, SPIE,
Sante Fe, New Mexico, 2869, 855-864 (1997)
8.
H.A. Bruck, H.W. Schreier, M.A.
Sutton, and Y.J. Chao, “Development of a Measurement
System for Combined Temperature and Strain Measurements During Welding,” Technology Advancements
and New
Industrial Applications in Welding, 523-526, (1998)
9.
H.A. Bruck, H.W.
Schreier, M.A. Sutton, Y.J. Chao, X. Deng, and M. Davoud, “Distortion
in GMAW of Thin Plates: Temperature and 3-D Deformation Measurements
Using High-Speed Thermal Imaging and Stereoscopic Video Imaging,”
Trends in Welding Research, ASM International, 967-971 (1998)
10.
H.A. Bruck, D.
Rocheleau, and
11.
H.A. Bruck and C.L.
Moore, “Mechanical Characterization of Shape Memory Alloy Composites
for Designing Smart Structures,” Proceedings of the ASME
International Mechanical
Engineering Congress and Exposition - Adaptive Materials and Structures
(ISI=1), AD59/MD87, 99-104
(1999)
12.
H.W. Schreier, M.A.
Sutton, Y.J. Chao, H.A. Bruck, and J. Dydo,
“Full-field temperature and
three-dimensional displacement
measurements in hostile environments,” Society
of
Manufacturing
Engineers Technical Papers, MR99-140, 1-5 (1999)
13.
H.A. Bruck, D.K.
Anand, W.L. Fourney, P. Chang, and J.W. Dally, “Development of an
Integrated Statics and Strength of Materials Curriculum with an
Emphasis on Design,”
1999 ASEE Annual Conference Proceedings, 2566, 1-10 (1999)
14.
H.A. Bruck, H.W.
Schreier, M.A. Sutton, Y.J. Chao, and M. Davoud, “Distortion in GMAW of
thin plates: temperature and deformation measurements using high-speed thermal
imaging and stereoscopic video imaging,” ASME
Mechanics
& Materials Conference
Final Program & Book of Abstracts, 79, (1999)
15.
H.A. Bruck and C.L.
Moore, “Mechanical Characterization and Design of Shape Memory
Alloy Composites for Functionally Graded Adaptive Structures,” Proceedings
of the ASME International Mechanical Engineering Congress and Exposition-Adaptive
Structures and Material Systems, AD60, 103-110 (2000)
16.
C.R. Owens, W.E.
Owens, and H.A. Bruck, “Design and Fabrication of
Optimized Porous Structures using Reflexive Material Technology,” Proceedings
of
the
45th International SAMPE
Symposium and Exhibition. 45,
1961-1971 (2000)
17.
H.A. Bruck, C.L.
Moore, and T. Valentine, “Thermomechanical Modeling and Characterization
of Functionally Graded Smart Structures,” Proceedings of the 2001 SEM Annual
Conference &
Exposition on Experimental and Applied Mechanics, 253-256 (2001)
18.
H.A. Bruck and H.
Surendranath, “Biologically Inspired Optimization of Functionally
Graded Nickel-Alumina Composites,” Proceedings of the 2001 SEM Annual Conference
&
Exposition on Experimental and Applied Mechanics,
721-724 (2001)
20.
H.A. Bruck and H.
Jin, “Thermomechanical Modeling of Functionally Graded SMA Thin
Films,” Proceedings of the 2001 SEM Annual Conference &
Exposition on Experimental
and Applied Mechanics, 721-724 (2001)
21.
H.A. Bruck, F.M.
Gallant, and S. Gowrisankaran, “Development of a Novel Continuous
Processing Technology for Functionally Graded Composite Energetic Materials
using an Inverse Design Procedure,” Proceedings of the 2002 SEM
Annual Conference
& Exposition, 296-302 (2002)
22.
G. Fowler, S.K. Gupta,
and H.A. Bruck, “Manufacturing of
Bio-Inspired Heterogeneous
Structures with Improved Interfacial
Strength using a Multi-stage Multi-material Molding
Technique,” Proceedings
of the 2002 SEM Annual Conference &
Exposition,
349-354 (2002)
23.
F. M. Gallant, H.A. Bruck,
D. I. Bigio, R.
Mudalamane, and P. Oliveira, “Twin Screw Extrusion Processing
of
Nanocomposites”, Proceedings of the 2003 SEM Annual
Conference & Exposition on Experimental and Applied Mechanics, 1-7 (2003)
24.
H. Jin and H.A. Bruck,
“Pointwise
Digital
Image Correlation using the Genetic Algorithm
Optimization Method”,
Proceedings of the 2003 SEM Annual Conference &
Exposition on Experimental and Applied Mechanics, 1-8
(2003)
25.
F.M. Gallant, H.A. Bruck,
and Suzanne Prickett,
“The Fabrication of Extruded Functionally Graded
Energetic Materials”, Proceedings
of the AICHE 2003 Annual Meeting,
26.
G. Young, H.A.
Bruck, and S. Gowrisankaran, “Modeling of
Rocket Motor Ballistics for
Functionally Graded Propellants”, JSC
CD-24: Proceedings of the 39th JANNAF Combustion
Subcommittee
Meeting, Colorado Springs,
CO, 1-12 (2003).
27.
S.R. McNeill, M.A.
Sutton, Y.J. Chao, and H.A. Bruck, “Characterization
of Impact Damage Evolution in Functionally Graded Composites using
Novel
Nanosecond 3D Deformation Measurement System”, 16th US
Army
Symposium on Solid Mechanics, Charleston, SC (2003).
28.
M.L. Pines and H.A. Bruck,
“Dynamic
Mechanical
Characterization of Propellants with Nano-sized Particles”, Proceedings
of
the
2004 SEM X International Congress and Exposition on
Experimental and Applied Mechanics, Costa Mesa, CA, 1-5
(2004)
29.
A.Kota, H.A. Bruck, R.
Mudalamane, D. Bigio,
S.R. Raghavan, G.Kalur, and D. Powell, “Oriented
Carbon Nanotube Extrusion”, Proceedings
of the 2004 SEM X International
Congress and Exposition on
Experimental and Applied Mechanics, Costa Mesa, CA, 1-6
(2004)
30.
H.Jin, J.F.
Cardenas-Garcia, H.A. Bruck, and
S. Ekwaro-Osire, “Design and Construction of a
Novel Microtensile Tester
for Thin Films”, Proceedings of the 2004 SEM X
International Congress and Exposition on Experimental and Applied Mechanics, Costa
Mesa, CA, 1-4 (2004)
31.
H.Jin and H.A. Bruck,
“Evaluation
of Nanoscale
Deformation Measurements using an Objective AFM and
Pointwise Digital Image
Correlation”, Proceedings of the 2004 SEM X
International
Congress and Exposition on Experimental and Applied Mechanics, Costa
Mesa, CA, 1-4 (2004)
32.
M.L. Pines, H.A. Bruck,
and Y.M. Shabana,
“Powder Processing of Functionally Graded Metal-Ceramic
Plates
using Pressureless Sintering”, Proceedings of the 2004 SEM X International Congress
and Exposition on Experimental and Applied Mechanics, Costa
Mesa, CA, 1-5 (2004)
31.
F.M.
Gallant and H.A.
Bruck, “Twin Screw Extrusion Processing of Graded Composite Materials”, Proceedings
of FPCM7:
International Conference on Flow Processes in Composite Materials,
32.
H. Jin and H.A. Bruck,
"Objective
AFM
and Digital Image Correlation for Evaluation of
Deformations in
Advanced Materials at the Microscale and Nanoscale", Proceedings
of
the
ICEM12- 12th International Conference on Experimental
Mechanics, Politecnico di
Bari, IT, 1-8 (2004)
33.
L.S. Gyger, Jr., P.
Kulkarni, H.A. Bruck,
S.K.
Gupta, and O.C. Wilson, “Porous Gelcast Ceramics for
Bone Repair
Implants”, Proceedings of the 2005 SEM Annual Conference
and Exposition, Portland, OR, 1-7
(2005)
34.
A. Kota, H.A. Bruck,
D.I. Bigio, M. Conti,
and D. Powell, “Twin Screw Extrusion Processing of Graded
Nanocomposites for Combinatorial Materials Science”, Proceedings
of the 2005 SEM Annual Conference and Exposition,
Portland, OR, 1-8 (2005)
35.
D. Cole and H.A. Bruck,
“Interfacial
Gradient
for Solid-state Dye-sensitized Solar Cells”, Proceedings of the
2005 SEM
Annual Conference and Exposition, Portland, OR, 1-4 (2005)
36.
L. S. Gyger, Jr., B. Spranklin,
S.K. Gupta, and H.A.
Bruck, “Bio-inspired, Modular, and Multifunctional
Thermal
and Impact Protected (TIPed) Embedded Sensing Controls Actuation
Power Element (ESCAPE) Structures”, Proceedings of the 2006 SEM
Annual Conference and Exposition, St. Louis, MO, 1-12
(2006)
37.
A. Anathanarayanan,
S.K. Gupta, and H.A. Bruck, “Interfacial
Adhesion in Multistage
Injection Molded Components”, Proceedings of the 2006 SEM Annual
Conference and Exposition,
38.
A. Kota, F. Choudary, H.A. Bruck,
D.I.
Bigio, S.Raghavan, M. Duesterberg, and D. Powell, “Developing
Advanced
Polymer Nanocomposites via a New Combinatorial Approach Based on Twin
Screw
Extrusion”, Proceedings of the 2006 SEM Annual Conference
and Exposition, St. Louis, MO, 1-9
(2006)
39.
D. Cole, H.A. Bruck,
and A. Roytburd,
“Fabrication and Characterization of Graded Shape Memory Alloy
Thin Films”,
Proceedings of the 2007 SEM Annual Conference and
Exposition,
40.
A.L. Gershon,
L.J.Gyger, Jr., H.A. Bruck,
and
S.K. Gupta, “Processing, Characterization
and
Modeling of Biologically-inspired Embedded Sensors, Controls, Actuation, and Power Element
(ESCAPE)
Structures”, Proceedings of the 2007 SEM Annual Conference and
Exposition,
Springfield, MA, 1-12 (2007)
41.
A.Kota, H.A. Bruck, D.I. Bigio, and D.
Powell, “Establishing the
ProcessStructure-Property
Relationships
for Extruded Polymer Nanocomposites via
a Combinatorial
Approach”, Proceedings of the 2007 SEM
Annual Conference
and Exposition,
42.
H.A. Bruck,
“Processing-Structure-Property
Relationships in Hierarchically Structured Polymer
Composites
for Multifunctional Structures”, 2007 ONR Solid Mechanics
Program: Marine Composites and Sandwich Structures,
43.
A. L. Gershon and H.A. Bruck,
“Dynamic
and Static
Mechanical Behavior of Hiearchically-structured
and
Nano-structured
Polymer Composites”, Proceedings of the 2008 SEM Annual
Conference and Exposition,
44.
A. Ananthanarayan,
S.K. Gupta, and H.A. Bruck, “Mechanical
Characterization of Cold Weld-lines and
Meld Lines in Mesoscopic
Revolute Joints for Bioinspired Structures”, Proceedings
of
the
2008 SEM Annual Conference and Exposition, Orlando,
FL, 1-11 (2008)
45.
D. P. Cole, H.A. Bruck,
and A.L. Roytburd,
“Nanomechanical Characterization of Diffusion-modified
Graded NiTi
Films”, Proceedings of the 2008 SEM Annual
Conference and Exposition, Orlando, FL, 1-11 (2008)
46.
H.A. Bruck, L.
Miranda-Martinez, R.M. Briber, and R.J. Bonenberger, “The Modern
Materials Instuctional (MEMI) Lab: An Undergraduate Learning Experience
for
Characterizing Materials from the Nanoscale to the Macroscale”, Proceedings
of
the
2008
SEM Annual Conference and Exposition,
47.
H.A. Bruck,
“Transition Length Scales and Compositions in Hierarchically-structured
Polymer Composites for Multifunctional Marine Structures”, 2008 ONR
Solid
Mechanics
Program:
Marine Composites and Sandwich Structures,
48.
A. L. Gershon and H.A. Bruck,
“Multiscale
Mechanical Behavior of
Hiaerarchically-structured
Polymer
Composites”, Proceedings of the
2009 SEM Annual Conference and
Exposition, Albuquerque, NM, 1-9
(2009)
49.
H.A. Bruck and
M. Chowdhury, “Subscale Modeling and Characterization for Ballistic
Response of Geometrically Complex Structures”, Proceedings of the
2009 SEM
Annual Conference and Exposition,
50.
D. P. Cole and H.A. Bruck,
“Nanoindentation
Characterization
of Graded Shape Memory Alloy and
Multilayer
Thin Films”, Proceedings of the 2009 SEM Annual Conference
and Exposition,
51.
W. Bejgerowski, S. K.
Gupta, and H.A. Bruck, “Multifunctional
Structures using Filled Polymers for
In-mold Assembly of
Embedded Electronic Components”, Proceedings of the
2009 SEM
Annual Conference and Exposition,
52.
A. L. Gershon and H.A. Bruck,
“Damage
Evolution and
Mechanical Behavior of Hiaerarchically-structured
Polymer
Composites”,
Proceedings of ASC 2009,
53.
H.A. Bruck, “Damage
Evolution and Mechanical Behavior of Hierarchically-structured Polymer
Composites for Multifunctional Marine Structures”, 2009 ONR Solid
Mechanics Program: Marine Composites and Sandwich Structures,
54.
A. L. Gershon and H.A. Bruck,
“Mechanical
Properties
of Hieararchically-structured Polymer Composites”, Proceedings
of
the 2009 SEM Annual Conference and
Exposition, Indianapolis, IN,
1-8 (2010)
55.
A. L. Gershon and H.A. Bruck,
“Multiscale
Mechanical Behavior of
Hiaerarchically-structured
Polymer
Composites”, Proceedings of the
2010 SEM Annual Conference and
Exposition, Indianapolis, IN,
1-8 (2010)
56.
C.Sharkey, S.W. Kwon, S.W.
Lee, H.A. Bruck, D.Barrett, and A.
Rahman, “Mechanical
Characterization and Modeling of X- and K-Cor Composites”, Proceedings
of the 2010 SEM Annual
Conference and Exposition, Indianapolis, IN,
1-8 (2010)
2.h Original Designs,
Plans, Inventions, Patents, and
Invention Disclosures
1.
H.A. Bruck, M.A.
Sutton, Y.J. Chao, and H. Schreier, “Video Imaging and Thermal Analysis
(VITA) System,” USC ID 99213 (1999)
2.
S.K. Gupta, M.
Kumar, H.A. Bruck, “Design and Fabrication of
Multi-Material Snap-Fits,” UMD ID
PS-2000-036 (2000)
3.
H.A. Bruck, F.M.
Gallant, and D.I. Bigio, “Processing for Making Gradient Materials”, USPTO
patent number 7,632,433 (2009).
4.
H.S. Chu, H.A.
Bruck, G.C. Strempek, and D. Varacalle,
“Lightweight Armor System and Process for
Producing the
Same,” USPTO patent number 6,679,157 (2004)
5.
H.A. Bruck, M.R.
Zachariah, and G. Oehrlein, “Surface Modification of a Substrate By Addition
of Size-Selected Nanoparticles Attached to or Embedded in Nanotape”, UMD
ID PS-2005-016 (2005)
6.
A. Rasooly, M. Yang, H.A.
Bruck,
and Y. Kostov, “Electrical
Percolation Biological Semiconductor”, PHS
EIR E-040-2009 (2009)
2.i
Contracts and Grants
2.i.i External Funding
Total Share of Hugh
Bruck’s External Grants
·
$2,869,714 from proposals written at the
·
$52,500 from
proposals written
at the
·
$45,000 from
proposals written
at the Idaho National Engineering Laboratory
Grants and Contracts
Resulting
from Proposals Written at
1.
PI, "Fabrication and
Design of Functionally Graded Energetic
Materials," Office of Naval Research Young
Investigator Program,
2.
PI, “Development of
Twin-Screw Extrusion Process for Fabricating
Functionally Graded Energetic
Materials,” NAVSEA-IH, Indian Head,
MD, $50,000 (Bruck’s share: $50,000),
1/01-9/01
3.
PI, “Quantitative
Microstructural Characterization of Functionally Graded
Inert Formulations for
Energetic Materials Fabricated in a
Twin Screw Extrusion Process,” NAVSEA-IH,
Indian Head, MD $25,000
(Bruck’s share $25,000), 1/02- 9/02
4.
PI, “Fracture
Analysis of Cast Iron Piping,” National Transportation
Safety Board,
5.
Co-PI,
“Characterization and Model Assessment for Impact Damage Evolution
in Functionally Graded
Composites using a Novel
Nanosecond 3D Deformation Measurement System,”
(PI: Prof. Michael A.
Sutton, University of South Carolina) Army Research
Office, Research
Triangle Park, NC, $280,000 (Bruck’s share: $75,000), 7/02-7/05
6.
Co-PI,
“University Laboratory Consortia to Perform Research on Energetic Materials,” (PI: Prof. Dave K. Anand,
7.
PI, “Fabrication and
Design of Multifunctional Energetic Structures Using
Gradient Architectures”,
AFRL,
8.
Co-PI, “Effect
of Energetic Nano-sized Particles on the Performance of Gun Propellants,” (PI: Prof. Ken Kuo,
9.
PI, “Dispersion of
Aluminum Nanoparticles in Polymer Composites Using
Twin Screw Extrusion
Processing”, NAVSEA, Indian Head,
MD, $25,000 (Bruck’s share: $25,000),
1/03-1/04
10.
PI, “Oriented Carbon
Nanotube Composite Extrusion”, NASA/GSFC,
11.
Co-PI, “Mechanical
Engineering Curriculum Enhancement to Introduce
Product Realization with
Bio-inspired Concepts”, (PI: Prof.
Satyandra K. Gupta,
12.
Co-PI, “Integrated
Array Detection System for Food Microbial Pathogens”,
(PI: Prof. Keith Herold,
13.
PI, “Technical
Meeting on Biological and Biologically Inspired Materials
and Systems”, National
Science Foundation,
14.
PI, “Twin Screw
Extrusion Processing of Hierarchical Energetic Materials
Using Functionalized
Nanoparticles”, NAVSEA, Indian Head,
MD, $100,000 (Bruck’s share: $100,000),
9/03-9/04
15.
PI, “Multifunctional
Materials for Aerospace Applications using
Functionally Graded Materials and
Nanocomposites”, National
Institute for Aeronautics,
16.
Co-PI, “Principles of
Engineering Graded Materials with Self-Assembling Microstructures”,
(PI: Alexander Roytburd,
17.
Co-PI, “Development
of Educational Materials and Acquisition of Equipment
for a Nanoscale to
Microscale Engineering Laboratory”,
National Science Foundation,
18.
PI, “Processing of
Nanostructured Materials for Insensitive Munitions”,
NAVSEA, Indian Head, MD,
$50,000 (Bruck’s share: $50,000),
3/05-9/05
19.
PI, “Advanced
Structures & Materials for Concrete Molds”, Maryland
Industrial Partnerships, MTECH,
20.
PI, “Development of
Advanced Composite Materials Using Graded,
Bioinspired, and Nanostructured
Principles: Maryland-Israel
Cooperation for Competitiveness”, Fulbright Scholars
Program,
CIES,
21.
Co-PI, “Manufacturing
of Mesoscopic 3D Articulated Devices Using Robomold
Tooling”,
National
Science Foundation,
22.
PI, “Processing of
Multifunctional Organic Matrix Composites”, NASA/GSFC,
23.
PI, “Defining
Transition Length Scales and Compositions in Hierarchically
Structured
Polymer
Composites for the Development of Multifunctional
Marine Structures”,
ONR,
Solid Mechanics Program,
24.
PI, “Nanostructured
Adhesives in Composite Structures for Space Systems”,
NASA/GSFC,
25.
PI, “Rheological
Behavior and Health Monitoring of Propellants”, NAVSEA,
Indian Head, MD, $25,000
(Bruck’s share: $25,000),
3/08-9/08
26.
PI, “Small scale
modeling for ballistic response of geometrically-complex
structures: experimentally-derived
scaling
laws”, ARL,
27.
PI, “Prognosis for
Airframe Readiness and Safety: Composite Structures”,
NAVAIR,
28.
PI, “Dynamic Damage
Mechanisms in Hierarchically-structured Polymer Composites
for Marine Structures”, ONR, Solid Mechanics Program,
29.
PI, “Characterizing
Sensor-Propellant interaction for Health Management”, NAVSEA,
Indian Head, MD, $100,000 (Bruck’s share: $100,000), 7/09-7/10
30.
PI, “Principles for
Formation of Transversely Modulated Heterophase Nanostructures”
, National Science Foundation,
Grants
and
Contracts
Submitted
31.
Co-PI ,”In-mold
Assembly of Fiber-filled Polymer Structures with
Mesoscale Joints”, National
Science Foundation,
32.
PI, “Dynamic Failure
Mechanisms and Scaling Principles for
Palmetto-inspired Multilayer
Structures”, ARO,
33.
PI, “Establishing
Standards for Manufacturing of Biodegradable
Nanocomposites with Enhanced Flame
Retardance”, NIST,
Grants and Contracts
Resulting from Proposals Written at
1.
Co-PI, “Measurements
and Modeling of Temperature Fields Generated During
Friction Stir Welding of 2195 Aluminum Alloys”, (PI: Prof. Anthony
Reynolds,
2.
Co-PI, “Modeling and
Experimental Studies of Friction Stir Welding
Processes for Aluminum Alloys”,
(PI: Prof. Anthony Reynolds,
Grants
and Contracts Resulting from Proposals Written at the
1.
Co-PI, “Fracture
Analysis of
MMCs Produced by the APICTM Process Using Laser Moire
Interferometry”, (PI: Dr. James Cornie, Metal Matrix Cast Composites,
2.
Co-PI, ”Development
of
Functionally Graded Armor Materials”, (PI: Dr. James Cornie,
Metal Matrix Cast Composites,
2.i.ii Internal
Funding
Total Share of Hugh
Bruck’s Internal Grants
·
$50,000 from proposals written at the
·
$1,500 from
proposals written
at the
·
$280,000 from
proposals written
at the Idaho National Engineering Laboratory
Grants
and Contracts Resulting from Proposals Written at the
1.
PI, "Designing
Functionally Graded Materials for Smart Aerospace
Structures", funded, Minta-Martin
Foundation,
2.
Co-PI, “Manufacturing
of Heterogeneous Structures for Bio-inspired
Devices”, (PI: Prof. Satyandra K.
Gupta,
Grants
and Contracts Resulting from Proposals Written at the
1. PI, “Workshop on
Outcome Based Assessment
and Professional Skills Development Programs for
Undergraduate
Mechanical Engineering Education”, USC Teaching Grant,
Grants
and Contracts Resulting from Proposals Written at the
1. PI, “Development
of a Cooperative Research
Effort for the Development of Ballistic Materials at the
INEL”, INEL
LDRD, Idaho National Engineering Laboratory, $280,000 (Bruck’s
share
- $280,000), 10/95-10/97
3.
TEACHING AND ADVISING
3.a
Courses
taught
from 1998 to 2009
3.a.i
General
|
Semester |
Course Title |
Level |
Number of |
Evaluation |
|
Spring 1999 |
Statics (ENES 102) |
Undergraduate |
15 |
2.63 |
|
Fall 1999 |
Dynamic
Behavior
of Materials and
Structures (ENME 808G) |
Graduate |
10 |
3.82 |
|
Spring 2000 |
Statics (ENES 102) |
Undergraduate |
35 |
2.17 |
|
Spring 2000 |
Applied Elasticity
(ENME 677) |
Graduate |
15 |
2.82 |
|
Fall 2000 |
Statics (ENES 102) |
Undergraduate |
35 |
3.15 |
|
Spring 2001 |
Continuum
Mechanics (ENME 670) |
Graduate |
12 |
3.23 |
|
Fall 2001 |
Elasticity of
Advanced Materials
and
Structures (ENME 677) |
Graduate |
10 |
3.50 |
|
Spring 2002 |
Composite
Materials (ENME 672) |
Graduate |
10 |
3.49 |
|
Fall 2002 |
Dynamic
Behavior
of Materials and
Structures (ENME 661) |
Graduate |
8 |
3.51 |
|
Spring 2003 |
Engineering
Materials and Manufacturing
Processes (ENME 382) |
Undergraduate |
92 |
3.67 |
|
Fall 2003 |
Elasticity of
Advanced Materials and
Structures (ENME 677) |
Graduate |
15 |
3.43 |
|
Spring 2004 |
Continuum
Mechanics (ENME 670) |
Graduate |
22 |
3.47 |
|
Fall 2004 |
Engineering
Materials and Manufacturing
Processes (ENME 382) |
Undergraduate |
78 |
3.52 |
|
Spring 2005 |
Materials by Design
(ENME 808B) |
Graduate |
17 |
3.52 |
|
Spring 2005 |
Engineering
Materials and Manufacturing
Processes (ENME 382) |
Undergraduate |
100 |
3.79 |
|
Fall 2006 |
Engineering
Materials and Manufacturing
Processes (ENME 382) |
Undergraduate |
72 |
3.88 |
|
Spring 2007 |
Engineering
Materials and Manufacturing
Processes (ENME 382) |
Undergraduate |
72 |
3.62 |
|
Fall 2007 |
Engineering
Materials and Manufacturing
Processes (ENME 382) |
Undergraduate |
80 |
3.59 |
|
Spring 2008 |
Elasticity of
Advanced Materials and
Structures (ENME 677) |
Graduate |
11 |
3.82 |
|
Fall 2008 |
Engineering
Materials and Manufacturing
Processes (ENME 382) |
Undergraduate |
77 |
3.42 |
|
Spring 2009 |
Deformable Bodies
and their Material Behavior
(ENME 489Y) |
Undergraduate |
32 |
3.59 |
|
Fall 2009 |
Engineering
Materials and Manufacturing
Processes (ENME 382) |
Undergraduate |
113 |
3.40 |
|
Spring 2010 |
Composite Materials
(ENME 672) |
Graduate |
28 |
3.45 |
3.iv Independent
study, tutorial, internship supervision
(other than research direction)
Mr. Christian
Rosenzweig,
3/02-8/02
Mr. Pedro Oliveira,
3/03-8/03
Mr. Bjoern Ritter,
3/04-8/04
Ms. Katrin Haaf,
3/05-8/05
Mr. Timo Strohmer,
3/06-8/06
Mr. Chrisian Mueller,
9/07-2/08
Mr. Mohammad
Mansoursafaian,
10/08-2/09
Ms. Marie-Katrin
Digel,
3/09-8/09
3.b
Course
or Curriculum
Development 3.b.1
New
Courses Introduced
1.
Created
ENME 661 (ENME 808G): “Dynamic Behavior of Materials and Structures”
·
Created course
objectives and
content
·
Developed web-based
content for
curriculum
·
Developed archival
Powerpoint
lecture material for delivering the course content.
2. Created
ENME
808B: “Materials by Design”
·
Created course
content and
objectives
·
Developed archival
Powerpoint
lecture material for delivering the course content
·
Delivered course via
archival
instructional learning technology
3.b.2 Enhancement of
Existing
Courses
1.
Integrated ENES 102: “Statics” and ENES 220: “Strength of Materials”
curriculum
·
Consulted on new
textbook for
curriculum, “Design Analysis of Structural Elements"
·
Organized new
infrastructure
for delivering the curriculum
·
Developed metrics for
evaluating success of curriculum integration
·
Offered pilot courses
in new
curriculum
·
Disseminated
curriculum
externally through a conference publication
2.
Revised ENME 670: “Continuum Mechanics”
curriculum
·
Created
notes
on
microcontinuum mechanics for curriculum
·
Covered micropolar,
micromorphic, and microstretch theories
·
Discussed
applications of
microcontinuum theory
3.
Revised ENME 672: “Composite Materials” curriculum
·
Added functionally
graded
composites and biologically inspired composites to curriculum
·
Developed web-based
content for
curriculum
·
Developed archival Powerpoint lecture
material for
delivering the course content.
4. Revised ENME 677:
“Elasticity of Advanced
Materials and Structures” (formerly known as Applied Elasticity) curriculum
·
Changed title of
course
·
Revised course
objectives to
include emphasis on more advanced materials and structures
·
Added smart
structures and
functionally graded materials to curriculum.
5.
Enhanced ENME 382, “Engineering Materials and Manufacturing Processes”
·
Added additional
content to
archival Powerpoint presentation material on course website
·
Added links to
course website
for accessing additional learning material on the Internet
·
Revised labs to
better
emphasize understanding of processing-structure-property relationships
in materials
6. Enhanced ENME
489Y,
“Deformable Bodies and their Material Behavior”
·
Created archival
Powerpoint
presentation material on course website to standardize
instructional delivery
·
Added links to
course website
for accessing additional learning material on the Internet
3.b.3
Laboratory Development
1. Established
Functionally Graded Materials
Development Lab
Established a
state-of-the art facility for characterizing and modeling
functionally graded materials. Facilities include the following:
·
DME non-contact AFM
for
characterizing nanostructures,
·
Versamet inverted
microscope
for characterizing microstructure
·
Digital Image
Correlation
techniques for acquiring full-field deformations on the surface
of objects from the macroscale to the nanoscale
·
Wilson
Tukon
microindenter
for microhardness characterization
·
4’x 6’ vibration
isolation table
for performing noise-free material and mechanical
characterization
·
Lab cabinetry for storing supplies and to
provide
surfaces for preparing specimens
·
Standard Buehler
metallographic
cutting and polishing equipment for preparing specimens
·
Windows 2000
workstations for
performing modeling analysis using Fortran, C++,
Abaqus, and Matlab codes
2.
Added a new Nanoindenter to Modern
Materials Instructional Lab
·
•Setup and supervised
the operation of a new
Hysitron Triboindenter that was integrated into a
Hardness
Testing Laboratory module in ENME 382
3. Added new Twin
Screw Extruder to Polymer
Processing Lab
·
Setup a new 28 mm Twin Screw Extruder
·
Added 2 new feeders
and feeder
controls for changing ingredients to process functionally
graded materials
4.
Added new tube furnace to Smart Materials
and
. Revised ENME 677:
“Elasticity of Advanced
Materials and Structures” (formerly known as Applied Elasticity) curriculum
·
Changed title of
course
·
Revised course
objectives to
include emphasis on more advanced materials and structures
·
Added smart
structures and
functionally graded materials to curriculum.
5.
Enhanced ENME 382, “Engineering Materials and Manufacturing Processes”
·
Added additional
content to
archival Powerpoint presentation material on course website
·
Added links to
course website
for accessing additional learning material on the Internet
·
Revised labs to
better
emphasize understanding of processing-structure-property relationships
in materials
6. Enhanced ENME
489Y, “Deformable
Bodies and their Material Behavior”
·
Created archival
Powerpoint
presentation material on course website to standardize
instructional delivery
·
Added links to
course website
for accessing additional learning material on the Internet
3.b.3
Laboratory Development
1. Established
Functionally Graded Materials
Development Lab
Established a
state-of-the art facility for characterizing and modeling
functionally graded materials. Facilities include the following:
·
DME non-contact AFM
for characterizing
nanostructures,
·
Versamet inverted
microscope
for characterizing microstructure
·
Digital Image
Correlation
techniques for acquiring full-field deformations on the surface
of objects from the macroscale to the nanoscale
·
Wilson
Tukon
microindenter
for microhardness characterization
·
4’x 6’ vibration
isolation table
for performing noise-free material and mechanical
characterization
·
Lab cabinetry for storing supplies and to
provide
surfaces for preparing specimens
·
Standard Buehler
metallographic
cutting and polishing equipment for preparing specimens
·
Windows 2000
workstations for
performing modeling analysis using Fortran, C++,
Abaqus, and Matlab codes
2.
Added a new Nanoindenter to Modern
Materials Instructional Lab
·
•Setup and supervised
the operation of a new
Hysitron Triboindenter that was integrated into a
Hardness
Testing Laboratory module in ENME 382
3. Added new Twin
Screw Extruder to Polymer
Processing Lab
·
Setup a new 28 mm Twin Screw Extruder
·
Added 2 new feeders
and feeder
controls for changing ingredients to process functionally
graded materials
4.
Added new tube furnace to Smart Materials
and
·
Setup a new 1500 oC
tube
furnace
to sinter new ceramics, composites, and functionally
graded materials and structures.
5.
Established Advanced Ceramics and Polymers Fabrication Laboratory
Established a
state-of-the art facility for processing and
characterization of advanced ceramic and polymeric materials.
Facilities
include the following:
·
Sub-divided space to
establish
new laboratory
·
Setup material
preparation
facilities
·
Injection molding
technology
·
Vacuum degasser
·
Aqueous gelcasting
technology
·
25 kip and 250 kip
Carver press
·
Lindberg 1300 oC
box
furnaces
6.
Established
Multiscale Measurements Lab
Established a
state-of-the art facility for characterizing the properties
and structure of materials at multiple length scales. Facilities
include the
following:
·
Built customized
biaxial
microtensile tester with integrated imaging technology for performing in situ DIC full-field deformation
analysis of specimens to characterize the mechanical behavior of
materials at
the micro/nanoscale
·
Imada MX-500 test
stand with
integrated DIC optimal imaging system for characterizing the mechanical
behavior of materials at the macro/meso/microscale
·
AccuPyc II 1340
Micromeritics
Gas Pycnometer for characterizing the density of materials
·
Cahn TherMax 400 TGA
for
thermogravimetric and differential thermal analysis of the phase change
and thermal
decomposition characteristics of materials
3.c Manuals, Notes,
Software, Webpages, and Other
Contributions to Teaching
1.
www.ajcoline.umd.edu, ENME
808G: Dynamic Behavior of Materials and Structures
2.
www.ajconline.umd.edu, ENME 672: Composite
Materials
3.
www.ajconline.umd.edu, ENME
382: Engineering Materials and Manufacturing Processes
3.e
Advising:
Other
Than Research Direction
3.e.i
Undergraduate
Students
1.
Mr. John Atchinson,
Senior,
2.
Mr. Brent J.
Buescher, Jr., BS,
University of Idaho, “A New High Speed Electrooptic
Q-switching System for Ruby Lasers used in Dynamic Moire
Interferometers”, 3/96-6/96
3.
Mr. John L. Jackson,
BS,
Eastern Washington University, “Fracture Analysis of Metal
Matrix Composites for Aerospace Applications using Moire
Interferometry”, 4/96-8/96
4.
Mr. Alan L. Gershon,
Senior,
5.
Ms. Brandy Gibson,
Senior,
6.
Mr. Jason Mantich,
Junior,
7.
Ms. Theresa L.
Valentine, Junior, University of Maryland, “Fabrication of
Smart Structures using
Shape Memory Alloy Wires”,
5/00-8/02 (recipient of the
University of
Maryland ASPIRE research scholarship (2000), the University of Maryland
Senior
Summer Scholars award (2001), the ASM Outstanding Scholars award (2002),
and the TMS J. Keith Brimacombe Presidential Scholarship (2002))
8.
Mr. Kunal Thaker,
Senior,
9.
Mr. Kyal Wright,
Senior, Eleanor Roosevelt High School, Greenbelt, MD,
ESTEEM Mentoring Program,
“Characterization of Biological
Structures”, 9/02-6/03
10.
Mr. Brent Spranklin,
Senior,
11.
Ms. Prachi Kulkarni,
Senior,
12.
Ms. Gemma
Easterling, Senior, Eleanor Roosevelt High School, Greenbelt,
MD, ESTEEM Mentoring
Program, “Gelcasting of
Biologically Inspired Materials and Structures”, 9/04-5/05
13.
Mr. Daniel Calderon,
Senior, Eleanor Roosevelt High School, Greenbelt,
MD, Science and
Technology Internship Program, “Twin
Screw Extrusion Processing of Nanocomposites”,
9/04-5/05
14.
Mr. Adam
Larusso, Senior,
15.
Mr. Lawrence S.
Gyger, Jr., Senior,
16.
Mr. Jon Kruft,
Senior,
17.
Mr. Benjamin
Bernstein,
18.
Mr. Eric Esch,
Montgomery-Blair
High School, Silver Spring, MD, “Development of Polymer
Nanocomposites for Bio-inspired Robots”, 6/05-8/05.
19.
Mr. Michael Lerman,
20.
Ms. Sarah Kavli,
21.
Mr. Michael Conti,
22.
Mr. Matt Duesterberg,
23.
Ms. Grace Ryan,
24.
Mr. Daniel Adkins,
25.
Ms. Francis Samalot,
University
of Alabama at Birmingham, NASA Summer Internship Program,
“Processing of Polymer Nanocomposites using Twin Screw Extrusion”,
6/06-8/06
26.
Mr. Michael
Kravchenko,
27.
Mr. Michael Karsky,
28.
Ms. Rachel Kerzner,
29.
Mr. Jonathan Dykes,
30.
Mr. Shea Brown,
31.
Ms. Mercelyn Matthews, Charles H. Flowers
High
School, Springdale, MD, ESTEEM Mentoring Program, “Electrical
Characterization
of Polymer Nanocomposites”,
9/06-4/07
32.
Ms. Melanie Patrick,
Charles H. Flowers High School, Springdale, MD,
ESTEEM Mentoring Program, “Sintering of Graded Metal-Ceramic Composites
using
Carbon as a Sintering Aid
for Reducing the Mismatch of
Shrinkage Strain”, 9/06-4/07
33.
Mr. Bernard Murphy,
34.
Mr. Conrad Laskowski,
35.
Mr. Micah Sussman,
36.
Mr. Greg Newbloom,
37.
Ms. Chanelle Brown,
38.
Ms. Elaine Lin,
39.
Ms. Sarah Oben,
40.
Ms. Adedayo
Adeniran,
41.
Ms. Lara Schloss,
42.
Mr. Curtis Sharkey,
43.
Mr. Josh Balsam,
44.
Mr. Jachimike Imo,
45.
Mr. Bowofoluwa
Akinlabi-Oladimeji,
46.
Ms. Kathy Dharmaraj,
Univesrity of Maryland, “Health
Monitoring of Filled Polymers”, 9/09-present
47.
Mr. Luke Seppi,
3.e.ii
Graduate
Students
1.
Mr. Hubert Schreier, Ph.D.,
2.
Mr. Tilman Seidel, Ph.D.,
3.e.iii Other
advising
activities (advising student groups, special assignments, recruiting, etc.).
1.
Advisor, UMD SEM Student Chapter (20 students)
3.f.
Advising:
Research Direction
3.f.ii
Master's
Thesis
Students
1.
Mr. Harishbabu Surendranath, MS, 2001,
University of
Maryland, "Design Optimization
Using
Functionally Graded Material Concepts", 8/99-8/01, Committee: Prof. Amr Baz, ME; Prof. S.K. Gupta,
ME (Currently
employed by HKS, Inc., Providence, Rhode Island)
2.
Mr. Charles Moore,
MS, 2001,
University of Maryland, "Shape Control of Structures with
SMA Wire Reinforcement", 1/99-3/01, Committee: Prof. Amr Baz, ME; Prof.
Inder
Chopra, AE (Currently employed by Ford Motor Company, Detroit, MI) (Recipient
of the University of Maryland’s George R. Irwin Centennial Research Award, 2000)
3.
Mr. Michael L. Pines,
MS, 2004,
University of Maryland, “Pressureless Sintering of Powder Processed
Functionally Graded Metal-Ceramic Plates”, 2/03-11/04, Committee: Prof.
Abhijit
Dasgupta, Assoc. Prof. Pat McCluskey (Currently employed by Army Research Laboratory,
Aberdeen, MD)
4.
Mr. Lawrence S.
Gyger, Jr., MS,
2006, University of Maryland, “Thermal and Thermomechanical
Behavior of Multi-Material Molded Modules with Embedded Electronic Components
for Biologically-Inspired and Multi-Functional Structures”, 1/05-8/06, Committee:
Prof. Satyandra K. Gupta, Prof. Abhijit Dasgupta (Currently employed by
Whiting-Turner, Baltimore, MD)
5.
Mr. Jonathan Kruft,
MS, 2007,
University of Maryland, “Pressureless Sintering of Powder Processed
Graded Metal-Ceramic Composites Using a Nanoparticle Sintering Aid and
Bulk Molding Technology”, 6/05-1/07, Committee: Prof. Satyandra K.
Gupta, Prof.
Patrick
McCluskey
(Currently employed by NSWC-Carderock, Carderock, MD).
6.
7.
Mr. Curtis Sharkey,
MS, 2010,
University of
8.
Ms. Kelsey Cellon,
MS, 2010,
3.f.iii
Doctoral
Thesis
Students
1.
Dr. Frederick M.
Gallant,
Ph.D., 2003, University of Maryland, "Twin-Screw Extrusion
Processing of Functionally Graded Composite Energetic Materials", 8/00-
11/03,
Committee: Prof. Amr Baz, ME; Prof. Davinder K. Anand, ME; Prof. David
I. Bigio,
ME;
Prof.
Robert M. Briber, MatE (passed qualifying exam in Spring 2002, completed
thesis defense in November 2003, currently employed by Indian Head-Naval
Surface Warfare Center)
2.
Dr. Huiqing Jin,
Ph.D., 2004,
University of Maryland, "New Metrological Technique
for Mechanical Characterization at the Microscale and Nanoscale", 8/99-
12/04, Committee: Prof. Amr Baz, Prof. Abhijit Dasgupta, Prof. Amde
Amde,
Assoc. Prof.
Bongtae
Han, Research Assoc. Prof. Jamie Cardenas (passed qualifying
exam in
Spring 2001, coursework completed in Spring 2002, completed thesis
defense in December 2004,
received degree in May 2005,
currently employed by Sandia National
Laboratories, Livermore, CA) (Recipient
of Best Poster Award, Greater Washington
Nanotechnology
Alliance Fall 2003 Symposium, Laurel, MD, Nov. 25th, 2003;Recipient
of Irwin Centennial Travel Award, 2004)
3.
Dr. Arun K. Kota, PhD, 2008, University of
Maryland,
“Processing-StructureMicrostrutcure-Property
Relationships
in
Polymer Nanocomposites”, 8/03-1/08, Committee: Prof. Abhijit Dasgupta,
Assoc. Prof.
Srini Raghavan, Assoc. Prof. David Bigio,
Asst. Prof. Santiago Solares (Passed qualifying exam in Spring 2005, coursework completed in Fall 2006,
completed
thesis defense in December 2007, currently
a post-doctoral research associate at University of Pennsylvania Department of Materials Science and
Engineering)
(Recipient of Irwin
Centennial Travel
Award, 2005&2007, Block Grant Fellowship Award, 2003-2005, Award of Excellence
in the Mechanics, Modeling, and Predictions category at the Graduate
Research Interaction Day, 2007, Society of Plastics
Engineers Travel Grant,, 2007, Society of Plastics
Engineers Certificate of Merit for Best Research Poster at Polymer Nanocomposites Conference, 2008, North
American
Thermal Analysis Society Travel
Grant
for
Outstanding Original Contribution to the field of Thermal Analysis,
2008, Jacob K. Goldhaber
Travel Award, 2008)
4.
Dr. Daniel P. Cole,
PhD,
5.
Dr. Alan L. Gershon,
PhD,
6.
Mr. Brad Boyerinas,
PhD,
7.
Mr. Sandip Haldar,
PhD,
8.
Mr. Swaminathan
Gowrisankaran,
PhD,
3.f.iv
Post-doctoral
Research
Associates
1.
Dr. Rajath
Mudalamane,
“Lattice-Boltzmann Modeling of Microchannel Flow”, 6/03-11/03
2.
Dr. Y.M. Shabana,
“Modeling
Pressureless Sintering of Functionally Graded Metal-Ceramic
Composites”, 2/04-11/04
3.
Dr. Minghui Yang,
“Biosensors
for Food Safety Using Au Nanoparticles and CNTs”, 2/08-9/09
4. SERVICE
4.a Professional
Organizations
4.a.i Offices and
committee
memberships held in professional organizations
Secretary,
Composites Technical Division, Society for
2000-2002
Experimental Mechanics
Vice-chair,
Composites Technical Division, Society for
2002-2003
Experimental Mechanics
Chair,
Research Committee, Society for Experimental Mechanics
2003-2009
University
Representative, Greater
Organizing Committee
Liaison,
Applied Mechanics Division Materials Processing and
2004-2008
Manufacturing
Committee &
Materials Division Composites and
Heterogeneous
Materials
Committee, American Society for Mechanical Engineers
At-large
member, Executive Board, Society for Experimental Mechanics 2009-present
National Meetings Council, Society
for Experimental Mechanics
2009-present
4.a.ii Reviewing
activities for agencies
National
Defense Science and Engineering Graduate
1998
Fellowship Review
Committee
Proposal
Reviewer, Unsolicited Program, National Science Foundation,
1999
Division of Civil
&
Mechanical Systems
Proposal
Reviewer, “XYZ on a Chip” Program. National Science Foundation,
2000
Division of Civil
&
Mechanical Systems
Proposal
Reviewer,
Foundation
Proposal
Reviewer, University of California Energy Institute
2002,2004
Proposal
Reviewer,
Proposal
Reviewer, Swiss Federal Institute of Technology Zurich
2004
Proposal
Reviewer,
Proposal
Reviewer, “Innovations in Cancer Sample Preparation” RFP,
2005
National Cancer
Institute,
National Institute of Health
Technical
Review Committee, Food and Drug Administration
2007
Proposal
Reviewer, Unsolicited Program, National Science Foundation,
2008
Division of Civil,
Mechanical,
and Manufacturing Innovation
Proposal
Reviewer, CORE Program, Fonds National de
la Reserche
2008
Proposal
Reviewer,
4.a.iii Other unpaid
services to local, state, and
federal agencies
None
4.a.iv Other
non-University committees, commissions,
panels, etc.
Instructor
for ASME Nano Training Bootcamp
2005
4.a.v
International
activities
not listed above
Session
Co-Chair, "Novel Experimental Techniques III", VII International
1996
Congress on
Experimental
Mechanics,
Session
Co-Chair, "TC-3 Fracture and Fatigue", SES
2000,
Symposium
Co-Chair, "Symposium on Biologically Inspired Materials",
2000
SEM IX
International Congress,
Session
Chair, "Shape Memory Materials", SEM IX
International
Congress,
2000
Session
Chair, "Biologically Inspired Materials", SEM IX
International
2000
Congress,
Session
Chair, "Testing Methodologies for MEMS Characterization",
2000
SEM IX International
Congress
Symposium
Chair, “Symposium on Biologically Inspired Materials &
2001
& Design”, SEM
Annual Conference & Exposition on Experimental and Applied Mechanics,
Invited
Participant, Indo-Us Workshop on
Problems In Elastic Vibrations,
2001
Smart Structures and Their Solution
Technologies,
Invited
Participant, Virtual Community
Workshop on Displacement
2001
Measurement Methods,
Wright Patterson Air Force Base,
Track
Co-Chair, “Biologically Inspired and Multifunctional
2002
Materials &
Systems”, SEM
Annual Conference & Exposition,
Symposium
Co-Chair, “Symposium on Research and Education
2002
in Experimental
Mechanics
(honoring Prof. James W. Dally)”
Conference
Chair, “SEM Technical Conference on Mechanics of Biological
2003
And Biologically
Inspired
Materials”,
Track
Co-Chair, “Expreriments in Bioengineering”, SEM X International
2004
Congress & Exposition,
Symposium
Chair, “Heterogeneous Materials and Systems”, 2004 IMECE,
2004
Track
Co-Chair, “Advanced Composites and Material Systems”, 2005
SEM
2005
Annual Conference and Exposition
Symposium
Chair, “Processing of Advanced Composite Materials”,
2005
2005 IMECE,
Symposium
Chair, “Processing of Advanced Composite Materials”,
2006
2006 IMECE,
Symposium
Chair, “Processing of Advanced Composite Materials”,
2007
2007 IMECE,
Symposium
Co-Chair, “Symposum Honoring Prof. John W. Hutchinson”,
2008
2008 IMECE,
Symposium
Co-Chair, “Ballistic Shock Mitigation Materials and Technology
2009
for Protective
System”, USNCCM
X,
Conference Co-Chair,
“SEM 2009 Fall Symposium and Workshop”,
4.a.vi Reviewing
Activities for Journals and Other
Learned Publications
Technical
Reviewer for journal, Experimental Mechanics
1992-Present
Technical
Reviewer for journal, Optics and Lasers in Engineering
1994-1996
Technical
Reviewer for journal, Journal of Materials Processing and
1998
Manufacturing Science
Technical
Reviewer for journal, Optical Engineering
1999,2002,2006-2007
Technical
Reviewer for journal, Journal of Strain Analysis for
1999
Engineering Design
Technical
Reviewer for journal, Journal of Intelligent Materials
1999, 2005
Systems and
Structures
Technical
Reviewer for journal, Journal of Applied Mechanics
1999
Technical
Reviewer for journal, AIAA Journal
2000-2001
Technical
Reviewer for journal, International Journal of
2000-2001, 2003-2004
Solids
and Structures
Technical
Reviewer for journal, Metallurgical and Materials
2000,2008
Transactions
Technical
Reviewer for journal, Nanotechnology
2002,2007
Technical
Reviewer for journal, Microelectronics Reliability
2002
Technical
Reviewer for journal, ASME Journal of Dynamic Systems,
2002
Measurement, and
Control
Technical
Reviewer for journal, Thin Solid Films
2002
Technical
Reviewer
for
journal, Journal of Physics D:Applied Physics 2002,
2006-2007
Technical
Reviewer for journal, Journal of Composite Materials
2003-2007, 2009
Technical
Reviewer for journal, Materials Research Bulletin
2003,2006
Technical
Reviewer for journal, Acta Materialia
2003
Technical
Reviewer for journal, Composites Science and Technology
2004
Technical
Reviewer for journal, Scripta Materialia
2005
Technical
Reviewer for journal, Composites Part A
2005-2008
Technical
Reviewer for journal, ASME Journal of Engineering Materials
2004-2005
and Technology
Technical
Reviewer for journal, Materials Science and Engineering A
2006
Technical
Reviewer for journal, Journal of Hazardous Materials
2006
Technical
Reviewer for journal, Mechanics of Materials
2007
Technical
Reviewer for journal, Pattern Recognition Letters
2007
Technical
Reviewer for journal, Aerospace Science & Technology
2007
Technical
Reviewer for journal, Surface & Coatings Technology
2007
Technical
Reviewer for journal, Journal of Materials Science
2007-2008
Technical
Reviewer for journal, Polymer
2008
Technical
Reviewer for journal, Polymer Engineering & Science
2008-2009
Technical
Reviewer for journal, Strain
2007-2009
Technical
Reviewer for journal, Materials Letters
2008
Technical
Reviewer for journal, Composites Part B
2008
Technical
Reviewer for journal, Journal of Strain Analysis
2008
Technical
Reviewer for journal, Journal of Biomechanics
2009
Technical
Reviewer for journal, Mechanics of Materials
2009
Technical
Reviewer for journal, Macromolecules
2009
Technical
Reviewer for journal, Materials Chemistry and Physics
2009
4.b
Campus
4.b.i Department
Department committees
Graduate
Committee, Department of Mechanical Engineering,
2001-2005
UMD
ME
Faculty Search Committee, Department of Mechanical
2002
Engineering, UMD
Undergraduate
Committee, Department
2003-present
of Mechanical
Engineering, UMD
APT
Committee for Prof. Elias Balaras, Department of Mechanical
2006
Engineering, UMD
APT
Committee, Department of Mechanical Engineering, UMD
2008-present
Faculty
Senate Representative, Department of Mechanical Engineering, 2008-present
UMD
Thesis
and
dissertation
defense committees
1.
Cheng-Chieh Tu, MS,
ME, 1999,
"Effects of Exposure and Wettability of Solder on Various
Board Finishes", Advisor: Marjorie Natishan
2.
Daniel T. Casem, PhD,
ME, 2000,
“High Strain-rate Testing of Low-Impendance materials”,
Advisor: William L. Fourney
3.
4.
5.
Malay
6.
Jeff Freemire, MS,
ME, 2001,
“Measurement of Deformations in Soft Tissues”, Advisor: Stephen Belkoff
(
7.
Kunal
8.
Thomas Kurian, MS,
ME, 2001,
“Dynamic Behavior and Stress Wave Propagation Through
Porous Medium of Varying Saturation Levels”, Advisor: William L. Fourney
9.
Ramana
10.
11.
Miao Yu, PhD, ME,
2002, “Fiber
Optic Sensor Systems for Acoustic Measurements”,
Advisor:
Balakumar Balachandran
12.
13.
Kevin Cochran, MS,
ME, 2003,
“Development of a Micro Optical Switch Fabricated by Deep
Reactive Ion Etching (DRIE) for High-Power Transfer Applications”, Advisor:
Donald L. Devoe
14.
Rajath Mudalamane,
PhD, ME,
2003, “Process Variations and the Transient Behavior
of Extruders”, Advisor: David I. Bigio
15.
Xuejun Li, PhD, ME,
2003, “Geometric Algorithms for Automated Design of
Multistage Molds for
Manufacturing Multi-material
Objects”, Advisor: Satyandra K. Gupta
16.
Zhaoyang Wang, PhD,
ME, 2003, “Development and Application of
Computer-aided Fringe Analysis”,
Advisor: Bongtae Han
17.
Chris Baldwin, PhD,
ME, 2003, “Distributed Sensing for Flexible
Structures Using a Fiber Optic Sensor
System”, Advisor: Steve
Buckley
18.
Paul Elkouss, Ph.D.,
ME, 2004, “Physics Based Control and Modeling of
Reactive Extrusion Processes”,
Advisor: David I. Bigio
19.
Greg Fowler, MS, ME,
2004, “Cost and Performance Evaluation Models for Comparing
Multi-shot and Traditional Injection Molding”, Advisor: Satyandra K. Gupta
20.
Sisir Nath, PhD,
Math, 2004, “Some Problems of Recent Developments in Elastodynamics”,
Advisor: P.R. Sengupta (
21.
Changwoon Han, PhD,
ME, 2005, “Shadow Moire Using Non-zero Talbot
Distance and Application of
Diffraction Theory to Moire
Interferometry”, Advisor: Bongtae Han
22.
Yunqi Zheng, PhD,
ME, 2005, “Effect of Surface Finishes and
Intermetallics on the Reliability of Snagcu
Interconnects”, Advisor:
Patrick Mccluskey
23.
Nicolas Cornille, PhD,
ME, 2005, “Accurate 3D Shape and Displacement Measurement
using a Scanning Electron Microscope”, Advisor: Jean-Jose Orteau (de L’institut
National des Sciences Appliques de Toulouse”,
24.
Kevin Uleck, PhD,
Aero, 2005, “A Hybrid Model for Fatigue Life Estimation
of Polymer Matrix Composites”, Advisor: Anthony Vizzini
25.
Raj Bahadur, PhD, ME,
2005, “Characterization, Modeling, and Optimization
of Polymer Composite
Pin Fins”, Advisor: Avram
Bar-Cohen
26.
Ira Golden, MS, ME,
2005, “Development of a Bio-inspired Design
Repository”, Advisor: Satyandra K.
Gupta
27.
Alok Priyadarshi,
PhD, ME, 2006, “Algorithms for generating multi-stage
molding plans for articulated assemblies”, Advisor: Satyandra K. Gupta
28.
Leila Ladani, PhD,
ME, 2006, “Damage Initiation and Evolution in Voided
and Unvoided Lead Free Solder Joints Under Cyclic Thermo-Mechanical
Loading”, Advisor:
Prof. Abhijit Dasgupta
29.
Joseph Varghese, PhD,
ME, 2006, “Effect Of Dynamic Flexural Loading On
The Durability And
Failure Site Of Solder Inteconnects
Of Printed Wiring Assemblies”, Advisor: Prof.
Abhijit Dasgupta
30.
Tao Peng, PhD, ME,
2006, “Algorithms and Models for 3-D Shape Measurement
Using
Digital
Fringe Projections”, Advisor: Prof. Satyandra K. Gupta
31.
Brent Spranklin, MS,
ME, 2006, “Design, Analysis, and Fabrication of a
Snake-inspired Robot with
a Rectilinear Gait”, Advisor:
Prof. Satyandra K. Gupta
32.
Xuezheng Wang, PhD,
ME, 2007, “Understanding Actuation Mechanisms of Conjugated
Polymer Actuators: Ion Transport”, Advisor: Elisabeth Smela
33.
Mario Urdenata, PhD,
ME, 2007, “Design of a Dielectrophoretic Cell
Loading Device”, Advisor:
Elisabeth Smela
34.
Zhuopeng Tan, PhD,
MSE, 2008, “Formation and Piezoelectricity of
Self-assembled Lead titanate-Cobalt
iron oxide Nanostructural Films”, Advisor:
Alexander Roytburd
35.
Paul Jawlik, MS, ME,
2008, “Effects of Ceria Addition on Nickel-YSZ
Anodes in Solid Oxide Fuel
Cells Operating on Hydrogen And
Syngas Fuel Feeds”, Advisor: Greg Jackson
36.
Joshua Crone, MS,
ME, 2008, “Quantitative Prediction of Tip-Sample
Repulsive Forces and Sample
Deformation in Tapping-Mode
Frequency and Force Modulation Atomic Force
Microscopy”, Advisor:
37.
Nick Garcia, MS, ME,
2008, “Heavily Loaded Vehicle Tires: Analysis and Characterization”,
Advisor: Balakumar Balachandran
38.
Pedro Quintero, PhD,
ME, 2008, “Development Of A Shifting Melting Point
Ag-In Paste Via Transient
Liquid Phase Sintering For High
Temperature Environments”, Advisor: Patrick
McCluskey
39.
Arvind
Ananthanarayanan, PhD, ME, 2009,”Development of In-mold Assembly
Methods for Producing Mesoscale Revolute Joints”, Advisor: Satyandra K.
Gupta
40.
Steven Decaluwe, PhD,
ME, 2009, “Quantifying the Role of Cerium Oxide as
a Catalyst in Solid Oxide Fuel Cells”, Advisor: Gregory S. Jackson
41.
42.
Yong Wang, PhD, ME,
2009, “Integrated Measurement Technique to Measure
Curing Process-dependent Mechanical and Thermal Properties of Polymeric
Materials using Fiber Bragg Grating Sensors”, Advisor: Bongtae Han
43.
Ashis G. Banerjee,
PhD, ME, 2009, “Automated Micro and Nanoscale Assembly
Using Optical Tweezers”, Advisor: Satyandra K. Gupta
44.
Gayatri
Cuddalorepatta, PhD, ME, 2010, “Evolution of the Microstructure
and Viscoplastic Behavior of Microscale SAC305 Joints as a Function of
Mechanical Fatigue Damage”, Advisor: Abhijit Dasgupta
45.
Danial Shahmirzadi,
PhD, ME, 2010, “Experimental Characterization of
Vascular Tissue Viscoelasticity with Emphasis on Elastin’s Role”,
Advisor: Adam
Hsieh
46.
John Gerdes, MS, ME,
2010, “Design,
Analysis, and Testing of a Flapping Wing Miniature Air Vehicle”,
Advisor:
Satyandra K. Gupta
Ph.D. qualifying
committees
Eric Luft, Mechanics
and
Materials Program, 1998
Miao Yu, Mechanics
and
Materials Program, 1999
Saeed Asiri,
Mechanics and
Materials Program, 2000 (Chaired)
Mary Leibolt,
Mechanics and
Materials Program, 2000 (Chaired)
Hongqiang Zhang,
Mechanics and
Materials Program, 2000
He Li, Mechanics and
Materials
Program, 2001 (Chaired) Huiqing Jin,
Mechanics and Materials Program,
2001
Xiaoquan Wang,
Mechanics and
Materials Program, 2001 (Chaired)
Frederick M. Gallant,
Mechanics
and Materials Program, 2002
Zhihua Yue, Mechanics
and
Materials Program, 2002 (Chaired)
Adel El Sabbagh,
Mechanics and
Materials Program, 2002 (Chaired) Swami Gowrisankaran,
Mechanics
and Materials Program, 2003 Arun
Alan Gershon,
Mechanics and
Materials Program, 2005
Ulrich Leiste,
Mechanics and
Materials Program, 2008 (Chaired)
Gaurav Chawla,
Mechanics and
Materials Program, 2008 (Chaired)
Jaspreet Gandhi,
Electronic
Packaging Systems Program, 2009
Alan Wright,
Mechanics and
Materials Program, 2009
Hyungdae Bae,
Mechanics and
Materials Program, 2009
Baoguang Yan,
Reliability
Program, 2009
Brad Boyerinas,
Mechanics and
Materials Program, 2010
Sandip Haldar,
Mechanics and
Materials Program, 2010
Ed Habtour,
Mechanics and
Materials Program, 2010 (Chaired)
4.
Engineering
Council representative, A. James Clark School of
1999-2001
Engineering, UMD
Review
Committee for
Alternate
to Advancement, Promotion, and Tenure Committee,
2004-2005
4.b.iii
Other
Tau
Beta Pi materials science review sessions for EIT exam
1999, 2000, 2005, 2008
4.c Communal, State,
National
Youth Soccer Coach,
Wheaton
Boys and Girls Club By-laws Committee,
Kemp Mill Civic Association Education
Committee, Kemp Mill Civic Association