General Papers
| A bifocal arrangement for reflected caustics for the investigation of the domain of dominance of a symptotic elastic fields in dynamic fracture | |
| S. Krishnaswamy, A. Rosakis, C. Ravichandran |
| A new nonlinear line-spring model for elastic-plastic analysis of surface cracks | |
| L. Yinchu, C. Changqing |
| A numerical study of crack arrest in elastic-plastic materials | |
| S. Ostlund |
| A probabilistic approach to crack instability | |
| A. Chudnovsky, B. Kunin |
| A unified fracture theory: the dual-parameter fracture-criterion | |
| Z. Too, H. W. Liu |
| An analysis of dynamic crack initiation and growth in elastic-viscoplastic solids | |
| G. Ravichandran |
| Analysis of cracked plates and shells and its application in engineering | |
| C.T. Liu |
| Analysis of radial cracks emanating from an arbitrarily loaded circular hole | |
| X.R. Wu, X.Y. Huang, W. Zhoo |
| Application of fracture mechanics to strain localization mechanism | |
| H. Horil, S. Zihai |
| Application of Moire photography to the study of dynamic fracture | |
| J M . Huntley, J.E. Field |
| Application of strain energy density and maximum circumferential stress criteria to dynamic crack curving | |
| A. Shukla. R. Chona, C. Zhu |
| Application of the vectorial J-integral to adhesive bonds | |
| Z.W. Chenand, R. Adams |
| Applications of EPFM to welding: current trends | |
| L.A. de Vedia |
| Basic principle of dynamic fracture toughness evaluation by computer aided instrumented impact testing (CAI) system | |
| T. Kobayashi, T. Kazino, M. Kamimura, H. Ikawa |
| On mixed-mode plane stress ductile fracture | |
| Y.W. Mai, B. Cotterell |
| Behavior of initiation and growth of creep and creep-fatigue small cracks in austenitic stainless steels | |
| R. Ohtani, T. Kitamura |
| Changing deformation fields surrounding a growing ductile crack | |
| F.P. Chiang. B.C. Liu, S. Li |
| Compression-induced ductile flow of brittle materials and brittle fracturing of ductile materials | |
| S. Nemat-Nasser |
| Correcting J-R curve mismatch twist with normalization analysis | |
| J. Landes, R. Herrera |
| Correlation of creep-fatigue crack growth rates using crack-tip parameters | |
| B. Gieseke, A. Saxena |
| Crack-tip field at steady crack growth and vanishing linear strain-hardening | |
| P. Stahle |
| Determination of stress intensity factor in a crack-stiffened panel under equibiaxial loading | |
| R. Selhuraman, S.K. Maiti |
| Discussion on the singular character of the stress components at the crack tips in static and dynamic fracture | |
| F. Jiashen |
| Dislocation dynamics and crack tip plasticity at the brittle-ductile transition | |
| P.B. Hirsch, S.G. Roberts, I. Samuels, P.D. Warren |
| Ductile crack extension in compact specimens at limit load | |
| J. J. Hu, J.C. Cheng, P. Albrecht, J. Joyce |
| Ductile fracture resistance of pipeline steels | |
| A. Fontaine |
| Dynamic fracture toughness measurement methods for brittle and ductile materials | |
| I . Duffy, C.F. Shih |
| Dynamic stress concentration in annular disks under transient loading | |
| M. Maass, J. Wauer |
| Dynamic stress intensity factors of brittle materials | |
| A.S. Kobayashi, K.H. Yang |
| Dynamic-viscoplastic experiments with analyses of rapid crack propagation and arrest | |
| M.F. Kanninen, S.J. Hudakir, R.J. Dexter, P.E. O' Donoghue, H. Couque, S. Roy |
| Effect of materials structure on the non-linear fracture parameters of aggregate concrete | |
| V.C. Li, J. Huang |
| Effect of microstructure and loading rate on the fracture behavior of titanium-10V-2Fe-3Al | |
| J .H. Giovanola, R.W. Klopp, D.A. Shockey, A.T. Werner |
| Effect of specimen geometry on J-resistance curves in near small-scale yielding conditions | |
| G. Rousselier, G. Devesa, M. Bethmont |
| Effect of specimen size and notch root radius on dynamic fracture toughness of heavy wall ductile cast iron | |
| H. Yamamoto, T. Kobayashi |
| Effects of microstructure and stress-state on ductile fracture in metallic alloys | |
| J. F. Knott |
| Effects of rate-sensitivity in dynamically loaded 3D fracture specimen | |
| T. Nakamura |
| Elastic-plastic fracture mechanics analysis of SCC in a low strength steel | |
| F. Sarioglu, M. Doruk |
| Elastic-plastic stress analysis of semi-elliptical cracks in a tubular welded T-joint | |
| Z.Z. Du, J. W. Hancock |
| Elastoplastic fracture parameters for a joint containing a transverse crack in the longitudinal overmatched weld | |
| C. Bingsen, M. Weidian |
| Elastoplastic stress-strain analysis for a pure bending notched specimen of power hardening material and its application | |
| M. Weidian, H. Chunxiao, X. Xiang Xing, Z. Wei, S. Yi, C. Qigong |
| Equilibrium criterion for a nonlinear elastic slited body | |
| L.K. Chau |
| Evaluation of crack-arrest toughness through dynamic fracture analysis of large vessel tests | |
| C.E. Pugh, B.R. Bass, R.H. Bryan, I. Keeney-Walker |
| Evaluation of the asymptotic field at interfaces of ductile materials | |
| R.S. Barsoum |
| Evaluations of CTOD and J-integral for three-point bend specimens with shallow cracks | |
| S.X. Wu |
| Failure mode and mechanism in cermets under stress-wave loading | |
| K.T. Ramesh. B. Altman. G. Ravichandran, S. Nemat-Nasser |
| Finite element analysis aided fracture toughness evaluation in tear test of aluminum alloys | |
| T. Kobayashi, M. Niinomi, Y. Takabayashi |
| Fracture of cylindrical shells containing a circumferential crack | |
| M. Kumosa, D. Hull |
| Fracture toughness testing in the ductile-brittle transition region | |
| K. Wallin |
| General methodology for predicting structural behavior under ductile fracture conditions | |
| R.E. Link, R. Herrera, I.D. Landes |
| HRR field of a moving crack an experimental analysis | |
| M.S. Dadkhah, A.S. K obayashi |
| Influence of the material inhomogeneity of overmatched welded joints on the crack driving force | |
| M. Weidian, X. Xing, T. Xitang, J. A. Goldak |
| Interpretation of crack arrest fracture toughness measured with various steels | |
| I .F. Kalthaff |
| Investigations of cleavage fracture below and at general yield | |
| H. Dunnewald-Arfmann, M. Twickler, R. Twickler, W. Dahl |
| J integral as a measure of crack driving force in full-scale pressure vessel test | |
| S. Sedmak. T. Adziev. B. Petrovski, A. Sedmak |
| J integral, R-curve testing of 5052 H112 aluminum utilizing D.C. potential drop and infrared thermographic methods | |
| Y. Huang, G.E. Hicho, R.J. Fields |
| J-integral calculation by using collocation method and elasto-viscoplastic theory | |
| C.W. Woo, Y.K. Cheung, Y.H. Wang |
| Macrocrack-microcrack configurations under impact loading | |
| C. Zhang |
| Measurement of dynamic fracture toughness of ceramic materials at elevated temperature by one-point-bend impact test | |
| M. Sakata, S. Aoki, K. Kishimoto |
| Micromechanics of dynamic fracturing of ceramic composites: experiments and observations | |
| G. Ravichandran, S. Nemal-Nasser |
| Multiple run-arrest phenomena in brittle fracture | |
| S.M. Kamath |
| Near-tip fields of plane-strain crack growing in compressible elastic perfectly plastic material | |
| K.C. Hwang, X.F. Luo |
| Non-linear finite element analysis of cracked A-517 steel compact tension specimens | |
| R.B. Bhagat, M.F. Amateau, M.L. Crocken |
| Numeric simulation of transient crack growth experiments | |
| T.-J . Shiue, K. Ravi-Chandar |
| Numerical analysis of the initiation of ductile fractures | |
| C.Q. Zheng, I.C. Radon |
| Numerical schemes in FEM for plane strain deformation of incompressible solids with applications to EPFM | |
| J. Lanteigne, P. Nguyen-Duy, Y. Blanchette |
| On the analysis of ductile fracture mechanisms | |
| V. Tvergaard |
| Plane stress elastic-plastic fracture criterion and stress-strain field around crack tip | |
| D. Haitoo, W. Tzuchiang |
| Progress in understanding specimen size and geometry effects on ductile fracture | |
| G.P. Gibson, S.G. Druce |
| Recent developments in drop tower J integral testing of elastic plastic structural steels | |
| J. A. Ioyce |
| Relativistic BCS-OHR model | |
| I.-H. Lin, R.M. Thomson |
| Semi-weight function method in fracture mechanics - use of a reciprocal theorem | |
| C.T. Liu, Z. Duanzhong |
| Some guidelines on the engineering applications of elastic-plastic fracture mechanics | |
| F.J. Witt |
| Some observations from an elastic-plastic finite element study of a mixed-mode crack initiation problem | |
| D K. Mahanty, S.K. Maiti |
| Steady crack growth in elastic-plastic work-hardening solids: near-tip fields and stress discontinuity | |
| M. Hori, S. Nemat-Nasser |
| Stress fields near crack tip in elastic-perfectly plastic crystals | |
| T.C. Wang |
| Stress intensity factor variation of a penny-shaped crack situated close to the free surface of a half space | |
| K. Mayrhofer, F.D. Fischer |
| Stress intensity factors for a cut over an ellipsoidal cap in a 3-D elastic medium | |
| BL. Karihaloo, K. Viswanalhan |
| Studies on a three-dimensional semi-infinite crack | |
| F.G. Benitez |
| The 3D stress field at the intersection of a partial through crack and a free surface | |
| E .S. Folias |
| The effects of toughening stresses on liquid impact induced fracture | |
| RJ. Hand, J.E. Field |
| The fully plastic solutions of various matched weldment for plane stress problem | |
| Z.X. Zhang, Y.W. Shi, M.J. Tu |
| The influence of crack tip plasticity in dynamic fracture | |
| LB. Freund |
| The measurement of dynamic fracture toughness CTOD | |
| Z. Xi, T. Tian-Rui |
| The pressurized cylindrical crack | |
| T.N. Farris. K. Kokini, I. Demir |
| The probabilistic theory of crack initiation | |
| K. Krausz, A.S. Krausz |
| The study on the feasibility of fully plastic solution of weldment for plane stress problem | |
| Z.X. Zhang, Y. W. Shi, M. J . Tu |
| The T* integral parameter and its applications lo dynamic fracture mechanics of brittle microcracking solids | |
| Y. Toi, T. Nishioka, S.N. Atluri |
| The temperature field induced by the plastic dissipation in the infinite medium with line of discontinuity | |
| Y. Shou-Wen, D. Cross |
| Validity of asymptotic crack tip solutions for plastic materials | |
| P. Gudmundson |
| Weight functions for rigid line inclusions | |
| X. Markenscoff, J. Dundurs |
| A comparison of different test techniques on fatigue threshold behavior of surface flaws in a titanium alloy | |
| S. Mall, D. A. Nagy, J. R. Jira |
| A mechanism for hydrogen induced IGSCC in Inconel 600 | |
| P. Shewmon |
| A study of surface crack fatigue propagation for BHW-35 steel | |
| J. Jiang, W. Ye, J. Xue |
| Ambient and elevated temperature fatigue crack growth in ceramics and ceramic composites | |
| S. Suresh |
| An analysis of the effect of environment damage on the creep fracture of Inconel alloy X-750 | |
| B. Venkalaraman, G. Sundararajan |
| Application of fracture mechanics to microscale phenomena in electronic assemblies | |
| A. H. Burkhard, J.M. Kallis, L.B. Duncan, M.F. Kanninen, D.O. Harris |
| Applications of a finite element analysis of fatigue crack closure | |
| R.C. McClung |
| Assessment of the probability of spherical tanks | |
| Z. Zhou |
| Corrosion fatigue crack initiation from blunt notches in structural steel exposed to seawater | |
| P. M. Scott, T.W. Thorpe, R. P. A. Camey |
| Corrosion fatigue of pressure boundary materials | |
| F. P. Ford, P. L. Andresen |
| Crack closure and the propagation of semi-elliptical fatigue cracks in Q1N (HY80) | |
| W.O. Soboyejo, J.F. Knoll |
| Crack closure effect on two aluminum alloys in relation to short fatigue crack growth behavior - comparison between various measurement techniques | |
| A. Lefrancois, A. Pineau |
| Crack growth processes during IGSCC of iron | |
| RR. Jones |
| Crack mode in high temperature multiaxial low cycle fatigue | |
| M. Sakane, M. Ohnami |
| Crack systems in multiaxial fatigue | |
| D.L. McDiarmid |
| Creep and fatigue crack growth in tubes at high temperatures | |
| M. Rodig, M. Pfaffelhuber, F. Schubert, H. Nickel |
| Creep crack growth in an austenitic stainless steel welded joint | |
| H. Sassoulas, P. Balladon |
| Creep cracking in austenitic weld metal | |
| M. Kamaraj, V.M. Radhakrishnan |
| Creep deformation and rupture of polycrystalline alumina | |
| D. Krajcinovic. L. Wei, A. Stojimirovic |
| Damage curve approach in fatigue using acoustic emission technique | |
| R. Visweswaran, R. Krishna Kumar, M.R. Praresh, O. Prabhakar |
| Effect of crack closure in Nb-H alloys | |
| C.C. Un, K. Salama |
| Effect of viscosity of an oil environment on fatigue crack growth rate in AISI 316 stainless steel | |
| K. Bae, H. Conrad |
| Effective properties of creeping solids undergoing grain boundary sliding | |
| G. J. Rodin, M. W. Dib |
| Effects of environment and frequency of the long fatigue crack growth of aluminium alloy 7475 | |
| A.M. Green, J. F. Knott |
| Effects of temperature and environment on the long crack growth behaviour of Inconel 718 | |
| P. Woollin, J. F. Knott |
| Electrochemical considerations of crack growth in ferrous alloys | |
| R.P. Wie |
| Estimation of fatigue crack growth in patched cracked panels | |
| R. Chondra, R. Sunder |
| Fatigue crack growth and crack closure behavior of the CrNiMo steels at negative stress ratio | |
| X. Jing, B. Lou, F. Shen |
| Fatigue crack growth from the rivet hole in a rivetted built-up section subjected to variable amplitude loading | |
| G. Balakrishna, V.P. Raghupathy, B.K. Jain, V.M. Radhakrishnan |
| Fatigue crack growth in mild steel under cyclic compressive loads | |
| C.N. Reid, J. Moffatt, R. Hermann |
| Fatigue crack growth under random loading the equivalent loading approach | |
| A. Bignoilnet, Y. Sixou, J M . Verstavel |
| Fatigue crack tip deformation and singularity fields | |
| G. Nicoletto |
| Fatigue of nodular cast iron connecting rods | |
| J. A . Brueher, R.I. Stephens |
| Fatigue of WC Co hardmetals under tension-compression loading - the effects of Co content and WC grain size | |
| A. Otsuka, K. Tohgo, H. Sugawara, F. Ueda, H. Hohjo |
| Fractography of corrosion fatigue cracks in RPV steels in pressurised water reactor environments | |
| A.N. Greenwood, D.R. Tiee |
| Fracture control via DRM-algorithm | |
| E.A. Galperin |
| Fracture energy of water saturated and partially dry concrete at room and at cryogenic temperatures | |
| J. Planas. P. Maturana. G. Guinea, M. Elices |
| Fracture of silicon carbide whisker reinforced aluminum | |
| J. R . Albrillon, J .G. Goree |
| Global and local approaches of creep crack initiation and growth applied to an austenitic stainless steel and an aluminum alloy | |
| R. Piques, A. Pineau |
| Grain boundary sliding and creep fracture of metals under multiaxial stresses | |
| W. D. Nix |
| Grain size dependence of dynamic strain ageing during low cycle fatigue in type 304 stainless steel | |
| K. Bhanu Sankara Rao, M. Valsan, R. Sandhya, S. L. Mannan, P. Rodriguez |
| Grain size effect in low cycle fatigue of steel under mean strain | |
| J. Komotori, M. Shimizu |
| Hydrogen assisted fracture of Inconel 600 charged at high temperature | |
| E. Lunarska, Z. Szklarska-Smialowska |
| Influence of metastable beta on the low cycle fatigue behavior of Ti-6.3Al-3.5Mo-l .9Zr-0.2Si alloy | |
| V.K. Varma, K. Muraleedharan, G. Malakoruiaiah |
| Influence of multiple overload on fatigue crack retardation in high strength low alloy structural steel | |
| S. Dhar |
| Influence of oxidation on fatigue crack growth on the modelling of thermal fatigue cracking | |
| F. Rezai-Aria, L. Remy |
| Influence of stress state strain hardening and load ratio on plasticity-induced fatigue crack closure | |
| J. Llorca, V. Sanchez Galvez |
| Influence of the number of overload cycles in the fatigue growth retardation | |
| H. J.C. Voorwald, A. M. M. Nazar |
| Intrinsic fatigue crack propagation in aluminum-lithium alloys: the effect of gaseous environments | |
| R.S. Piascik, R.P. Gangloff |
| Isothermal and thermal mechanical low cycle fatigue of 316 L steel | |
| C. Korn, G. Pluvinage |
| Life prediction at high temperatures | |
| G.A. Webster |
| Low cycle fatigue behavior of an Al-Li alloy | |
| N. Eswara Prasad, G. Malakondaiah, K.N. Raja, P. Rama Rao |
| Low cycle fatigue behavior of nimonic PE 16 superalloy | |
| M. Valsan, K. Bhanu Sankara Rao, SL. Mannan |
| Mechanical/environmental fatigue transient effects in AISI 304 stainless steel | |
| Y. Katz, A. Bussiba, H. Mathias |
| Mechanisms controlling fatigue damage development in continuous fiber reinforced metal matrix composites | |
| W.S. Johnson |
| Mechanisms of hydrogen embrittlement during low cycle fatigue in metastable austenite | |
| M. Labidi, M. Habashi, M. Tvrdy, J. Galland |
| Model of fatigue crack growth based on energy dissipated within the process zone | |
| H. Feng, M.S. Lasky, M. P. Wnuk |
| Modelling of subcritical crack growth in WC Co hard metals | |
| N. Eswara Prasad, S.B. Bhaduri |
| Near threshold fatigue curve based on the dislocation shielding model of fracture | |
| S.-J. Chang, T. Mura |
| Near-tip fields during creep crack growth by grain boundary cavitation | |
| F.Z. U. A. Needleman, C.F. Shih |
| New concept to crack growth at high temperature creep and creep-fatigue | |
| A.T. Yokobori Jr, T. Yokobori |
| New material assessment procedures for plant life extension | |
| B. Wilshire |
| Numerical and experimental fracture analysis of a BWR pressure vessel | |
| G. Donzella, L. Vergani |
| On the kinetics of the positive-negative temperature dependence of low-stress crack growth | |
| A. S. Krausz, K. Krausz |
| On the significance of crack closure in fatigue crack growth | |
| A. J. McEvily, Z. Yang |
| Overload retardation due to plasticity-induced crack closure | |
| N.A. Fleck, H.R. Shereliff |
| Parametric representation of creep crack growth rate | |
| T. Hollstein |
| Parametric representation of fatigue threshold and dislocation free zone | |
| A.T. Yokobori Jr, T. Isogai, T. Yokobori, I. Maekawa, Y. Tanabe |
| Prediction and simulation of fatigue crack growth under conditions of low crack closure | |
| WA. Herman, R.W. Hertzberg, R. accard |
| Propagation and non-propagation of small fatigue cracks | |
| K. Tanaka, Y. Akiniwa |
| Random loading fatigue of the welds in BS 4360 steel | |
| R. Foroughi, J.C. Radon |
| Recent advances in elevated temperature crack: growth and models for life prediction | |
| A. Saxena |
| Recent advances in fatigue life analysis methods for aerospace applications | |
| A. Nagar |
| Recent advances in modelling creep crack growth | |
| H. Riedel |
| Relationship between creep damage models and creep-fatigue interaction | |
| K. Yagi. K. Kubo, O. Kanemaru, C. Tanaka, H. Masuda |
| Several models to predict the low cyclic corrosion fatigue life | |
| J. Zuguo |
| Significance of crack closure due to residual stretch and stresses | |
| H. Kobayashi, H. Nalcamura, A. Todaroki |
| Some studies on fatigue damage as a criterion for dynamic strength optimization | |
| M. J. Padmanabhan, S. Suryanarayan, M.S.S. Prabhu |
| Stable crack growth thresholds in an aluminium-silicon bronze | |
| MA. Phoplonker, J. Byrne, R. L. Jones |
| Statistical investigation of high-temperature low-cycle cracks | |
| N.A . Mackhutov. V. V. Zatsarinny, V.A. Novikov |
| Statistical properties of generalized strain criterion for multiaxial random fatigue | |
| E. Macha |
| Stress concentration effects on low cycle fatigue crack initiation | |
| V. Bicego, G. Gritti |
| Stress rate effects in stress corrosion cracking | |
| A. Atrens, RM. Rieek, J. O. Smith |
| Stress-corrosion cracking of liquid-phase sintered tungsten alloys | |
| M. Z. Shah Khan, J. R. Underwood, J. A. Bureh |
| Study for mechanism of fatigue crack propagation by measuring slip amount at crack tip | |
| H. Masuda, S. Matsuoka, S. Nishijima |
| Superposition models for the growth of fatigue cracks at elevated temperature | |
| M. B. Cortie |
| The accumulated internal energy in the fatigue strength region | |
| J. Kaleta, R. Blotny, H. Harig |
| The dual crack growth modes in the corrosion fatigue of welded tubular joints | |
| J.C.P. Kam, W.D. Dover |
| The effect of different dispersoids on the ductile fracture toughness of an Al-Zn-Mg alloy | |
| A. Uguz, J.W. Martin |
| The effect of intermediate high stress pulses on the high cycle fatigue strength of metals | |
| D.H. Allen, P. Greenfield |
| The effect of pre-cracking variables R and KFmax on fracture toughness | |
| A. A. Steffen, P. F. Packman, M. G. Dawes |
| The effect of slip distribution on the growth of small fatigue cracks in Al-Mg-Si alloys | |
| S. Gungor, L. Edwards |
| The effect of waveform on the fatigue crack propagation behavior of ultrahigh molecular weight polyethylene | |
| C.M. Rimnac, T.M. Wright, R.W. Klein |
| The effect on fatigue crack growth under spectrum loading of an imposed placard "G" limit | |
| K. Wallar, A. F. Grandt Jr |
| The effects of carbides and cavities on creep crack growth in HK40 steel | |
| S. J. Zhu, J. Zhao, F.G. Wang, Z.B. Cao |
| The high temperature deformation and fracture of a mild steel weldment in heavy section low alloy ferritic steel pipe | |
| M.C. Coleman |
| The influence of material quality on airframe structural durability | |
| P.E. Magnusen, R. J. Bueci, A. J. Hinkle, M. E. Artley, R.L. Rolf |
| The role of water in the mechanical fatigue of glasses | |
| M. Tomozawa |
| Thermal-mechanical fatigue behavior of nickel base superalloy single crystals | |
| E. Fleury, L. Remy |
| Time dependent effects on high temperature low cycle fatigue and fatigue crack propagation of nickel base superalloys | |
| F. Gabrielli, M. Marchionni, G. Onofrio |
| Unusual fracture mode in the fatigue of an Al-Li alloy | |
| GR. Yoder, P.S. Pao, M.A. Imam, L.A. Cooley |
| A general damage criterion for solids | |
| C.C. Hsiao, Y.S. Cheng |
| A method for mechanical state characterization of inelastic composite laminates with damage | |
| R .A. Schapery |
| A singular element for a variable crack length | |
| B. Fedelich, A. Ehrlacher |
| About the penny-shaped Dugdale crack under shear and triaxial loading | |
| W. Becker, D. Gross |
| Advanced analytical methods for interpreting crack run-arrest events in reactor pressure vessel steels | |
| C.R. Bass, C.E. Pugh, DJ. Naus, J. Keeney-Walker |
| An economic finite element strategy for LEFM problems | |
| K. Badari Narayana, T.S. Ramamurthy, B. Dattaguru, K. Vijayakumar |
| An integral equation method based on resultant forces on a piece-wise smooth crack in a finite plate | |
| W.L. Zang, P. Gudmundson |
| Analyses of crack growth in ductile solids | |
| A. Needleman, V. Tvergaard |
| Analysis of J-integral and HRR singularity using experimental and computational hybrid method with image processing | |
| G. Yagawa, N. Soneda, S. Yoshimura |
| Computational fracture mechanics | |
| H. Liebowitz |
| Computer modelling of the evolution of hydraulic fracturing phenomena in hydrocarbon reservoirs | |
| R. Romagrwli, R. Varvelli |
| Continuum modeling of the development of intralaminar cracking in composite laminates | |
| R. Talreja |
| Crack tip parameters for a central crack in an elastic plastic plate under mixed mode and repetitive loading | |
| W.S. Blackburn |
| Damage analysis of materials with microvoids | |
| D. Shanyi, L. Yingjie |
| Damage equations for physically-based creep life | |
| B.F. Dyson, F.A. Leclde |
| Energy analysis of crack-damage interaction | |
| A. Chudnovslcy, S. Wu |
| Energy criteria for stable crack growth simulation under biaxial loading using finite element method | |
| R.N. Singh, C. V. Ramakrishnan |
| Experimental study on mixed mode crack propagation | |
| Z. Yishu |
| Finite element method of thin shell J integral evaluation | |
| A. Sedmak, M. Berkovic, J. Jaricm, S. Sedmak |
| Fracture analysis of non-coplanar crack extension under mixed-mode loading by the crack closure integral method | |
| F.-G. Bucholz, H.A . Richard |
| Fracture curve of a thin-walled tube in torsion test | |
| J. Qing |
| Fracture of fibrous metal matrix composites | |
| GJ. Dvorak, Y.A . Bahei-El-Din |
| High-speed frictional heating effect on the stress intensity factors of a near-surface line crack | |
| F.D. Ju, T.Y. Chen |
| Mesh generation by conformal mapping in two-dimensional fracture problems | |
| O. Haber, H. Grebner, A. Hofler |
| Mixed mode cohesive crack propagation | |
| A. Carpinteri, S. Valente, P. Bocca |
| Mixed mode fracture in concrete | |
| A. Hillerborg |
| Mixed modes of the crack propagation under biaxial cyclic load | |
| V.N. Shlyannikov, V.A. Dolgorukov |
| Mode transformation of growing stage I cracks in polycrystals | |
| C. Li, T. Bretheau |
| Numerical calculations for problems of ductile fracture | |
| RM. McMeeking |
| Numerical evaluation of creep experiments | |
| W. Schmitt, R. Kienzler, T. Hollstein |
| On some recent advances in computational methods in the mechanics of fracture | |
| S.N. Atluri, T. Nishioka |
| Plastic damage evolution in low-carbon steels | |
| W.H. Tai |
| Plasticity and thickness effect | |
| L. Anquez |
| Progress in the assessment of complex components | |
| E. Sommer |
| Shear failure of Al-Cu single crystals | |
| C.Q. Chen, H. X. Li, W. Yao |
| Some aspects of fatigue crack growth under mixed mode loading | |
| K. Henn, H.A . Richard |
| Stable path of interacting crack systems and micromechanics of damage | |
| Z.P. Bazant, M.R. Tabbara, M.T. Kazemi |
| The damage criterion for ductile fracture and ils applications | |
| W. H. Tai |
| The line spring model for surface cracked shell subjected to antisymmetric loadings | |
| L. Yinchu, T. Guojin |
| The line-spring model analysis of surface crack at weld joint of two tubes | |
| L. Yinchu, L. Xi |
| The stress intensity factors at the tip of a kinked and curved crack | |
| J .B. Leblond, M. Amestoy |
| Torsional vibration of a penny-shaped crack in a transversely isotropic material | |
| Y.M. Tsai |
| Tribo fracture - basic concepts and phenomena | |
| O. Vingsbo |
| Unified damage approach to crack initiation | |
| J. Lemaitre |
| Use of two singular point finite elements in the analysis of kinked cracks | |
| B. X. Dutta, A. Kakodkar, S.X. Maili |
| Various crack concepts for curved fracture in concrete | |
| J .G. Rots |
| Void formation in short-fiber composites | |
| A. Needleman, S.R. Nutt |
| A comparison of multispecimen J-integral methods as applied to toughened polymers | |
| D.D. Huang |
| A study of inter-relationship between metal processing, grain boundary segregation and impact toughness of 17-4 precipitation hardened stainless steel | |
| R.D.X. Misra, C.Y. Prasad, T. V. Balasubramanian, P. Rama Rao |
| Burst pressure prediction of a maraging steel chamber with surface cracks | |
| B. Nageswara Rao, A.R. Acharya, J.DA. Subramanyam, N.R .UK. Kartha |
| Cleavage fracture of steels with fine grained ferrite, coarse grained bainitic and martensitic microstructures | |
| T. Miyata, R.C. Yang, A. Otsuka, T. Haze, S. Aihara |
| Cracks on bimaterial interface-an overview | |
| C. Atkinson |
| Creep rupture of a metal-ceramic particulate composite | |
| T.-J. Chuang, D.F. Carroll, S.M. Wiederhom |
| Critical assessment of microscopic cleavage fracture stress measurement methods by experiments on hot work tool steel | |
| R. Roberti, G.M. La Vecchia, S. Rossi, D. Firrao |
| Damage and fracture of composite materials under cyclic loads | |
| W. W. Stinchcomb |
| Effect of austenitising temperature on creep fracture of a 12 CrMoV steel | |
| S.A. Bashu, K.N. Singh, K.M. Chowdary |
| Effect of geometric constraints on toughness of polycarbonate | |
| K. Sehanobish, D.H. Bank, C.P. Bosnyak |
| Elastic/perfectly-plastic small scale yielding at bi-material interfaces | |
| D. M. Parks, E. Zywicz |
| Fatigue behavior of medium strength Al-Mg alloy 5083 | |
| J .D. Costa, C. M. Branco |
| Fatigue crack growth and closure in a SiC -reinforced aluminum composite | |
| C.P. You, J.E. Allison |
| Fatigue crack growth behavior of HSLA steel at low temperature | |
| W.B. Yan, MJ. Tu, Z.Z. Hu, J.X. Liu, X.H. Tu |
| Fracture analysis of CT specimens of low strength alloy steels | |
| M.T. Ayoub |
| Fracture and toughening mechanisms in polymer alloys | |
| A.F. Yee, RA. Pearson, HJ. Sue |
| Fracture behavior of commercial Al-Li alloys | |
| R.C. Dorward |
| Fracture in monolithic ceramics at high temperatures | |
| R. Raj |
| Fracture of composite in aerospace application | |
| T.C. Fan |
| Fracture of intermetallic matrix composites | |
| N.S. Stoloff, B. Moore |
| Fracture of steel/carbide particulate composites | |
| A.M. Ritter, MR. Jackson, RN. Wright |
| Fracture toughness depending on compounded structure of materials | |
| K. Detert, K. Becker, K.D. Ginsberg |
| Fracture toughness of discontinuous SiC reinforced aluminium alloys | |
| R.D. Gooslby, L.K. Austin |
| Influence of an atmospheric environment on the fatigue crack growth behavior of the 8090 aluminium lithium alloy | |
| C. Gounet Lespinasse, C. Bathias |
| Influence of prestraining and ageing on the fatigue properties of a dual phase sheet steel | |
| H. Fredriksson, A. Melander |
| Intergranular failure in micro-alloyed steels and its relationship to carbon content | |
| B. Mintz, Z. Mohamed |
| J-integral characterization of impact-modified polymers | |
| M.T. Takemori, I. Narisawa |
| Kinetic strength of solids | |
| C.C. Hsiao |
| Local stress relaxation in a Ti-6Al-4V-2Fe/SCS-6 SiC composite during thermal cycling | |
| M. R. Lames, W.L. Morris, BN. Cox |
| Mechanical behavior of non-brittle ceramics: C-SiC and SiC-SiC composites | |
| J. M. Louin, L. Heraud, B. Malassine |
| Microstructural and mechanistical factors affecting creep-fatigue properties of heat-resisting cast steels | |
| T. Yokomaku, M. Saori |
| Microstructural effects governing the fracture behavior of Al-Li-Cu-Mg alloy 8090 | |
| T.S. Srivatsan, TA. Place, T.S. Sudarshan |
| Microstructural studies of ceramics and ceramic composites | |
| M. Ruhle, E. Bischoff |
| Microstructure and particle size effects on fracture in aluminum metal matrix composites | |
| M. Manoharan, C. Liu, J. J . Lewandowski |
| Microstructure and steel rail shelling resistance | |
| H.P. Lieurade, K. Dang Van, N. Ji |
| On the characteristic distance for fracture in Al Si 4140 alloy steel | |
| FA. Darwish. L.C. Pereira, M.L. Graca |
| On the expansion of a crack layer's active zone | |
| A. Chudnovsky, S. Wu, J. Butsis |
| Photoelastic analysis of a crack at bimaterial interface | |
| F.P. Chiang, H. Luand, X.T. Yan |
| Physical meaning of KIc at cleavage fracture | |
| CX. Hou. Q.G. Cai, Y. Su |
| Plane-strain crack-tip fields for power-law hardening pressure-sensitive dilatant materials | |
| F.Z. Li, J. Pan |
| Sources of toughness in polymers | |
| A.S. Orgon |
| Statistical failure approach to a heterogeneous material | |
| D. Wei, D. Baptiste, P. Bompard, D. Francois |
| Stress analysis for thin bonded layers | |
| LM. Keer, Q. Guo |
| Study of fracture toughness of fly-ash filled cross-ply glass fibre reinforced epoxy resin | |
| V.K. Srivastava, A.M. Roodpishi |
| Study on fracture toughness of welded joints for 15MnMoVNRE steel | |
| YL. Wang, BL. Lei, H. Sun |
| Surface stress effects in indentation fracture | |
| D. J. Greenand, R. Tandon |
| Tempering temperature and blunt notch toughness of Ni-Cr-Mo steels | |
| D. Firrao, R. Roberti, G.M. La Vecchia |
| Tensile and fatigue properties of SiC whiskers or SiC particulate reinforced aluminum composites | |
| C. Masuda, Y. Tanaka |
| The effect of various precracking techniques on the fracture toughness of plastics | |
| M.S. Cayard, W.L. Bradley |
| The fracture toughness of spring steel containing surface cracks | |
| Q. Li, S. Hu |
| The toughening mechanism in a continuous SiC fiber/CVI-SiC matrix composite | |
| K.W. White, R.C. Bradt, A.S. Kobayashi |
| Thermal cycling damage of high temperature metal matrix composites | |
| T. Morimoto, M. Taya |
| Thermal severing: the cutting of brittle materials by thermally induced fracture | |
| J. N. Dekker, M.H. Zonneveld |
| Time dependent and cycle dependent behavior of sintered silicon carbide and alumina ceramics | |
| A.T. Yokobori Jr, T. Adachi, T. Yokobori, H. Abl, J. Nakayama, H. Takahashi |
| Time dependent fracture of polymers | |
| W.G. Knauss |
| Toughening mechanisms in Al2O3-SiCw composites | |
| A. Chakraborty, S.B. Bhaduri, J J. Reddy, R. Mchan Rao, Y.R. Mahajan |
| Toughness distribution considerations in a thin film system | |
| L.D. Brown, H.L. Marcus |
| Transient effects in creep cavity nucleation and early growth in ceramics | |
| R. A. Page, K.S. Chan |
| Transient fracture resistance in the weak toughening limit | |
| R.F. Cook |
| Transition of advanced metallic materials into new weapon systems | |
| J .W. Lincoln. CR. Sajfandl, L. Rudd |
| Warm prestressing effects in notched bars of a MnNiMo steel weld-metal | |
| P.A.S. Reed, J .F. Knott |
| Yielding behavior of ceramic matrix composites | |
| B.S. Majumdar, G.M. Newaz, A.R. Rosenfield |
| 3D deformation of tensile cracks in thin ductile sheets: an optical and finite element investigation | |
| H.V. Tippur, F.P. Chiang |
| A miniatured specimen technique for fracture toughness (JIc) measurement | |
| X. Mao, T. Shoji, H. Talcahashi |
| A reassessment of the ASTM method for the evaluation of the JIc toughness | |
| V R. Ranganath, A.N. Kumar, RX. Pandty |
| A stereological analysis of ductile fracture by microvoid coalescence | |
| J.-H. Steele Jr |
| Acoustic emission in fracture of structural materials with non-metallic inclusions | |
| K. Ono, H.B. Teoh |
| Advances in J-integral estimation analysis for circumferentially flawed throughwall pipes in bending | |
| A. Zahoor |
| Characterizing closure asperities by ultrasonic measurements | |
| R.B. Thompson, L. Van Wyk, D.K. Rehbein, Y.-M. Tsai, O. Buck |
| Comb cracking in cemented carbides | |
| R. Krishnamurthy, A.S. Choudhury |
| Crack opening displacement measurement methods for crack arrest experiments | |
| J.H. Giovanola, T. Kobayashi |
| Deducing mechanical properties due to interfaces from their acoustical response | |
| O. Buck, R.B. Thompson, D.K. Rehbein, L. J. H. Brasche, D. D. Palmer |
| Determination of ASME code requirements for BWR hydrotest temperature and PWR LTOP set-points using probabilistic fracture mechanics analysis | |
| R.M. Gamble, T J. Griesbach |
| Dynamic Moire interferometry investigations of elastic wave propagation in ASTM A-710 Izod specimens | |
| J.S. Epstein, V.A. Deason, W.G. Reut |
| Evaluation of fracture concepts by means of micro Moire method and laser interferometry | |
| B. Michel, R. Kuehnert, P. Will, K. Henniger |
| Experimental characterization and geometrical modelling of fatigue fracture profiles | |
| B. Karlsson, J. Wasen |
| Experimental methods for determining dynamic stress intensity factor in opaque materials | |
| A. Shukla, H. Nigam, R. X. Agarwal |
| Experimental study of mixed mode stress intensity factors in rotating disk having the cracks by photoelasticity and caustic method | |
| S. Talcahashi, T. Ezumi |
| Fatigue failure analysis by X-ray fractography | |
| A. Bignonnet., A. Dias, J. L. Lebrun |
| Fractographic analyses of fatigue fracture surfaces of 7050 aluminium alloy | |
| R. Gurbuz, M. Doruk, W. Schutz |
| Fractography study of fibre reinforced epoxy resin composites | |
| VX. Srivastava |
| Fracture mechanics concepts to increase the reliability of high-pressure gas cylinder | |
| E. Czoboly, G. Frigyes, I. Havas, J. Lovas, G. Somogyi, L. Toth |
| Fracture mechanics evaluation of a highly redundant reactor pressure vessel internal structure | |
| T. L. Gerber, A.Y. Kuo, T. J. Griesbach, D.M. Norris |
| Fracture toughness KQ and fractography of S1 type freshwater ice | |
| I .P. Dempsey |
| Influence of the stress state on size and feature of dimples on ductile fracture surfaces | |
| J. Xie, Y.W. Shi |
| Mathematical morphology and quantitative fractography | |
| J L. Cherman, M. Coster |
| NDE of strength related properties of adhesive joints | |
| A.K. Mal, Y. Bar-Cohen |
| Near tip measurement issues in cracked bodies | |
| C.W. Smith |
| Nondestructive evaluation of a turbine generator casing | |
| R. DeNale, EM. Hackert, L.R. Link, R.E. Green |
| Observations on the behavior of surface flaws in the presence of cladding | |
| S. X. Iskander, R.X. Nanstad |
| On measuring the instantaneous stress intensity factor for propagating cracks | |
| J.W. Dally, RJ. Sanford |
| On the applicability of a computerized single specimen technique to evaluate JIc | |
| V K. Saxena. M. Srinivas, G. Malalwndaiah |
| On the way to fracturedom | |
| A.K. Das |
| Optical interference measurements of interfacial crack initiation and propagation | |
| K.M. Liechti, Y.S. Chai |
| Opto-electronic measuring methods in dynamic elastic-plastic fracture mechanics | |
| K. Kussmaul, T. Demler, A. Klenk |
| Quantitative evaluation of microcrack by acoustic emission analysis | |
| T. Kishi, M. Enoki |
| Quantitative study of fracture by acoustic emission from cracks | |
| K.Y. Kim, W. Sachse, P. Hsieh |
| Reference fracture toughness for irradiated reactor pressure vessels | |
| W. L. Server, T. J. Griesbach |
| Relation between striation spacing and fatigue crack growth rate in Al-alloy sheets | |
| I. Nedbal, J . Siegl, J. Kunz |
| Some examples of quantitative fractographic investigations | |
| I.L. Chermanr. L. Chermanr, M. Coster |
| Stereo-photogrammetry as applied to fractography | |
| J.D. Bryant |
| Strength evaluation by ultrasonic methods | |
| J. D. Achenbach |
| Testing of cracking sensitive materials by the method of X-ray fractography | |
| Yu B. Saprykin |
| The constitution of an uncrosslinked polymer in the process of damage accumulation | |
| W.G. Knauss, M. Parvin |
| The current status of modern quantitative fractography | |
| E. E. Underwoo |
| Typical failures in high energy piping weldments | |
| J. D. Parker |
| Ultrasonic characterization of dissimilar bonds | |
| P.B. Nagy, L. Adler |
| Ultrasonic evaluation of microcracks in composites | |
| V. Dayal, V. Iyer, V. X. Kinra |
| Ultrasonic measurement of creep damage in pipe | |
| U. Stigh, P. Sotkovszki |
| Ultrasonic measurement of fracture toughness of a nuclear grade steel | |
| A.N. Sinclair, T. Chau |
| Ultrasonic scattering and NDE of surface breaking cracks | |
| K.R. Khair, S.K. Datta |