General Papers
Fatigue crack propagation behavior under complex mode loading | |
F. Rourlier, A. Pineau |
Defect forces, defect couples and path integrals | |
R.L. Roche |
Interpretation of the tearing crack growth concept and its application to an engineering structure | |
G. G. Musicco, P. C. Paril, B. A. Szabo, M. P. Rossow |
The influence of gaseous hydrogen on the fracture process in Fe 2.6% Si single crystals | |
H. Vehoff, W. Rothe, P. Neumann |
The relationship of compliance changes during fatigue loading to the fracture of composite materials | |
K. L. Reifsnider, A. Highsmith |
A finite element analysis of creep deformation in a specimen containing macroscopic crack | |
R. Ehlers, H. Riedel |
Constitutive relations including ductile fracture damage Application to cracked bodies | |
G. Rousselier |
Deriving a design fatigue resistance curve for analyzing crack initiation | |
C. Amzallag, J. L. Bernard, P. Rabbe, A. Pellissier Tanon |
Effect of specimen size on JIc for a Ni Cr Mo rotor steel in the upper shelf region | |
B. Harandet, G. Phelippeau, G. Rousselier |
K determination in mixed mode crack problems by interferometry | |
H. P. Rossmanith, D. C. Holloway |
Stress biaxiality effects on slow crack growth in Polymethylmethacrylate | |
J. C. Radon |
The effect of martensite on the stress corrosion cracking of austenitic stainless steel | |
K. Takashima, N. W. Ringshall, Y. Higo, T. Obinata, T. Nakamura, S. Nunomura |
The growth of macroscopic cracks in creeping materials | |
H. Riedei, W. Wagner |
Influence of microstructure on weldmetal toughness property of line pipe steel | |
S. K. Chaudhuri, V. Ramaswamy |
Microstructural analysis of the cold working effect on the fracture toughness of weld metal in HSLA steel welds | |
L. Nedeijkovié, A. Radovié, S. Sedmak |
On the mechanisms of threshold behaviour | |
J. N. Vincent, L. Rémy |
Threshold of fatigue crack growth in a low alloy steel | |
J. K. Musuva, J . C. Radon |
A technique for measuring crack length and load in compact fracture mechanics specimens using strain gauges | |
W. F. Deans, C. E. Richards |
Fatigue crack propagation behavior under complex mode loading | |
F. Rourlier, A. Pineau |
Hydrogen effect in static or dynamic fractures of martensite-carbides composite structures | |
L. Vincent, D. Ray, B. Coquillet, P. Guiraldenq |
Influence of metallurgical factors on hydrogen-induced brittle fracture in austenitic stainless steels | |
H. E. Hanninen, T. J. Rakkarainen |
Mechanisms of environmentally-assisted fatigue crack growth in low strength steels | |
S. Suresh, R. O. Ritchie |
Metallographic aspects of creep fracture in a cast Ni-Cr-Base alloy | |
H. R. Tipler, A. Radovié, S. Sedmak |
Strain dependence of the J-contour integral in tensile panels | |
D. T. Read, H. I. McHenry |
The fracture toughness - microstructure relationship of alumina based ceramics | |
B. J. Dalgleish, A. Fakhr, P. L. Pratt, R. D. Rawlings |
A comparative study on different methods to measure the crack opening displacement | |
C. Knauf, H. Riedel |
A survey of recent developments in the evaluation of stress intensity factors from isochromatic crack-tip fringe patterns | |
H. P. Rossmanith, R. Chona |
Crack arrest tests of irradiated high-copper ASTH A508 submerged-arc weld metal | |
C. W. Marschall, A. R. Rosenfield |
Effect of temperature and hold time on low- cycle fatigue of steel 13 CRMO 44 | |
K. T. Rie, E. Lachmann, J. Ruge |
Fatigue and fracture resistance of a welded bridge detail | |
R. Roberts, J. W. Fisher, G. R. Irwin, K. D. Hoyer, H. Hausamann, C. V. Krishna, V. Morf, R. E. Slockbower, J. Nishanian |
Fatigue behaviour of welded joints between dissimilar metals (austenitic stainless steels and low alloy steels) | |
C. Amzallag, J. L. Bernard, P. Rabbe, G. Slama |
Influence of internal stresses on the development of cracks in glasses | |
U. Soltesz, H. Richter, E. Sommer |
New model for the ductile fracture of high density polyethylene | |
F. X. de Charentenay, J. B. Rieunier |
On the nun-uniqueness of statistical fracture parameters | |
D. C. Rickerby |
Simulation of the service conditions of heat resistant steels by creep-rupture tests under variable stress or temperature and by strain controlled service-type fatigue tests | |
K. H. Kloos, J. Granacher, H. Barth, P. Rieth |