3 |
Stress
analysis of cracks
Paul C. Paris, George C. Sih (in Fracture
Toughness Testing and Its Applications 1965) |
57 |
Westergaard
stress functions for several periodic crack
problems
Hiroshi Tada (Engineering Fracture Mechanics
1970) |
61 |
Analysis
of an infinite plate containing radial cracks
originating at the boundary of an internal
circular hole
O.L. Bowie (Journal of Mathematics and Physics
1956) |
73 |
Rectangular
tensile sheet with symmetric edge cracks
O.L. Bowie (Journal of Applied Mechanics
1964) |
78 |
A
modified mapping-collocation technique for
accurate calculation of stress intensity
factors
O.L. Bowie, D.M. Neal (International Journal
of Fracture 1970) |
86 |
Solution
of plane problems of elasticity utilizing
partitioning concepts
O.L. Bowie, C.E. Freese, D.M. Neal (Journal
of Applied Mechanics 1973) |
92 |
Elastic
field equations for blunt cracks with reference
to stress corrosion cracking
Matthew Creager, Paul C. Paris (International
Journal of Fracture Mechanics 1967) |
98 |
The
stress intensity factors for cracks in stress
gradients
G.G. Chell (International Journal of Fracture
1973) |
100 |
The
stress intensity factors and crack profiles
for centre and edge cracks in plates subject
to arbitrary stresses
G.G. Chell (International Journal of Fracture
1976) |
114 |
Crack-tip,
stress-intensity factors for plane extension
and plate bending problems
G.C. Sih, P.C. Paris, F. Erdogan (Journal
of Applied Mechanics 1962) |
121 |
On
cracks in rectilinearly anisotropic bodies
G.C. Sih, P.C. Paris, G.R. Irwin (International
Journal of Fracture Mechanics 1965) |
136 |
Central
crack in plane orthotropic rectangular sheet
O.L. Bowie, C.E. Freese (International Journal
of Fracture Mechanics 1972) |
145 |
The
stresses around a fault or crack in dissimilar
media
M.L. Williams (Bulletin of the Seismological
Society of America 1959) |
151 |
Plane
problems of cracks in dissimilar media
J.R. Rice, G.C. Sih (Journal of Applied
Mechanics 1965) |
157 |
Stress-intensity
factors for the tension of an eccentrically
cracked strip
M. Isida (Journal of Applied Mechanics 1966) |
159 |
Discussion:
Plane strain crack toughness testing of
high strength metallic materials (by William
F. Brown, Jr., and John E. Srawley)
C.E. Feddersen (in Plane Strain Crack Toughness
Testing 1966) |
162 |
The
stress intensity factors of a radial crack
in a finite rotating elastic disc
D.P. Rooke, J. Tweed (International Journal
of Engineering Science 1972) |
168 |
The
stress intensity factor of an edge crack
in a finite rotating elastic disc
D.P. Rooke, J. Tweed (International Journal
of Engineering Science 1973) |
173 |
Stress
intensity factors for some through-cracked
fastener holes
A.F. Grandt, Jr. (International Journal
of Fracture 1975) |
185 |
Stress
intensity factors for hollow circumferentially
notched round bars
D.O. Harris (Journal of Basic Engineering
1967) |
191 |
Three-dimensional
stress distribution around an elliptical
crack under arbitrary loadings
M.K. Kassir, G.C. Sih (Journal of Applied
Mechanics 1966) |
202 |
Stress
intensity factors for penny-shaped cracks.
Part 1--Infinite solid
F.W. Smith, A.S. Kobayashi, A.F. Emery (Journal
of Applied Mechanics
1967) |
208 |
Stress
intensity factors for semicircular cracks.
Part 2--Semi-infinite solid
F.W. Smith, A.F. Emery, A.S. Kobayashi (Journal
of Applied Mechanics
1967) |
215 |
Stress
intensity factors for an elliptical crack
approaching the surface of a semi-infinite
solid
R.C. Shah, A.S. Kobayashi (International
Journal of Fracture 1973) |
Section
Two
Numerical Methods
|
231 |
Stress-intensity factors for a single-edge-notch
tension specimen by boundary collocation
of a stress function
Bernard Gross, John E. Srawley, William
F. Brown, Jr. (NASA Technical Note D-2395
1964) |
242 |
Stress-intensity
factors for single-edge-notch specimens
in bending or combined bending and tension
by boundary collocation of a stress function
Bernard Gross, John E. Srawley (NASA Technical
Note D-2603 1965) |
256 |
Stress-intensity
factors for three-point bend specimens by
boundary collocation
Bernard Gross, John E. Srawley (NASA Technical
Note D-3092 1965) |
269 |
Elastic
displacements for various edge-cracked plate
specimens
Bernard Gross, Ernest Roberts, Jr., John
E. Srawley (International Journal of Fracture
Mechanics 1968) |
280 |
Wide
range stress intensity factor expressions
for ASTM E399 standard fracture toughness
specimens
John E. Srawley (International Journal of
Fracture 1976) |
282 |
Stress
intensity factors for deep cracks in bending
and compact tension specimens
W.K. Wilson (Engineering Fracture Mechanics
1970) |
285 |
An
improved method of collocation for the stress
analysis of cracked plates with various
shaped boundaries
J.C. Newman, Jr. (NASA Technical Note D-6376
1971) |
316 |
On
the finite element method in linear fracture
mechanics
S.K. Chan, I.S. Tuba, W.K. Wilson (Engineering
Fracture Mechanics 1970) |
333 |
A
note on the finite element method in linear
fracture mechanics
D.F. Mowbray (Engineering Fracture Mechanics
1970) |
337 |
Finite
elements for determination of crack tip
elastic stress intensity factors
Dennis M. Tracey (Engineering Fracture Mechanics
1971) |
348 |
3-D
elastic singularity element for evaluation
of K along an arbitrary crack front
D.M. Tracey (International Journal of Fracture
1973) |
351 |
The
computation of stress intensity factors
by a special finite element technique
P.F. Walsh (International Journal of Solids
and Structures 1971) |
361 |
On
the use of isoparametric finite elements
in linear fracture mechanics
Roshdy S. Barsoum (International Journal
for Numerical Methods in Engineering 1976) |
374 |
Crack
tip finite elements are unnecessary
R.D. Henshell, K.G. Shaw (International
Journal for Numerical Methods in Engineering
1975) |
387 |
The
weight function method for determining stress
intensity factors
P.C. Paris, R.M. McMeeking, H. Tada (in
Cracks and Fracture 1976) |
405 |
Numerical
evaluation of elastic stress intensity factors
by the boundary-integral equation method
Thomas A. Cruse (in The Surface Crack: Physical
Problems and Computational Solutions 1972) |
423 |
Three-dimensional
elastic stress analysis of a fracture specimen
with an edge crack
T.A. Cruse, W. VanBuren (International Journal
of Fracture Mechanics 1971) |
438 |
Stress-intensity
factors for a wide range of semi-elliptical
surface cracks in finite-thickness plates
I.S. Raju, J.C. Newman, Jr. (Engineering
Fracture Mechanics 1979) |
451 |
An
empirical stress-intensity factor equation
for the surface crack
J.C. Newman, Jr., I.S. Raju (Engineering
Fracture Mechanics 1981) |
Section
Three
Experimental Methods
|
461 |
The dynamic stress distribution surrounding
a running crack--a photoelastic analysis
A.A. Wells, D. Post (S.E.S.A. Proceedings
1958) |
485 |
Discussion
of "The dynamic stress distribution
surrounding a running crack--a photoelastic
analysis"
G.R. Irwin (S.E.S.A. Proceedings 1958) |
489 |
An
investigation of propagating cracks by dynamic
photoelasticity
W.B. Bradley, A.S. Kobayashi (Experimental
Mechanics 1970) |
497 |
Stress
distribution in a tension specimen notched
on one edge
J.R. Dixon, J.S. Strannigan, J. McGregor
(Journal of Strain Analysis 1969) |
502 |
Photoelastic
determination of stress-intensity factors
R.H. Marloff, M.M. Leven, T.N. Ringler,
R.L. Johnson (Experimental Mechanics 1971) |
513 |
An
assessment of factors influencing data obtained
by the photoelastic stress freezing technique
for stress fields near crack tips
M.A. Schroedl, J.J. McGowan, C.W. Smith
(Engineering Fracture Mechanics 1972) |
524 |
A
general method for determining mixed-mode
stress intensity factors from isochromatic
fringe patterns
Robert J. Sanford, James W. Dally (Engineering
Fracture Mechanics 1979) |
535 |
Investigation
of the rupture of a Plexiglas plate by means
of an optical method involving high-speed
filming of the shadows originating around
holes drilled in the plate
Peter Manogg (International Journal of Fracture
Mechanics 1966) |
545 |
Analysis
of the optical method of caustics for dynamic
crack propagation
Ares J. Rosakis (Engineering Fracture Mechanics
1980) |
562 |
On
crack-tip stress state: an experimental
evaluation of three-dimensional effects
Ares J. Rosakis, K. Ravi-Chandar (International
Journal of Solids and Structures 1986) |
576 |
An
optical method for determining the crack-tip
stress intensity factor
E. Sommer (Engineering Fracture Mechanics
1970) |
590 |
An
optical-interference method for experimental
stress analysis of cracked structures
P.B. Crosley, S. Mostovoy, E.J. Ripling
(Engineering Fracture Mechanics 1971) |
604 |
The
determination of Mode I stress-intensity
factors by holographic interferometry
T.D. Dudderar, H.J. Gorman (Experimental
Mechanics 1973) |
609 |
Discussion
of "The determination of Mode I stress-intensity
factors by holographic interferometry"
M.E. Fourney (Experimental Mechanics 1974) |
611 |
Fracture
analysis by use of acoustic emission
H.L. Dunegan, D.O. Harris, C.A. Tatro (Engineering
Fracture Mechanics 1968) |
630 |
Acousto-elastic
measurement of stress and stress intensity
factors around crack tips
A.V. Clark, R.B. Mignogna, R.J. Sanford
(Ultrasonics 1983) |
638 |
Strain
energy release rate for radial cracks emanating
from a pin loaded hole
D.J. Cartwright, G.A. Ratcliffe (International
Journal of Fracture Mechanics 1972) |
645 |
Strain-gage
methods for measuring the opening-mode stress-intensity
factor, KI
J.W. Dally, R.J. Sanford (Experimental Mechanics
1987) |