General Papers
| Ductile Fracture Mechanisms of Structural Steels | |
| J. LEREIM |
| Ductile Fracture in High-Strength Structural Steels | |
| C.P. YOU, J.F. KNOTT |
| Dislocations Developed Around Crack Tips in Silicon, Their Influence on Fracture Toughness | |
| G. MICHOT, A. GEORGE, G. CHAMPIER |
| Dislocation-Theoretical Approach to the Brittle-to-Ductile Transition in Metals | |
| M. PFUFF |
| Experimental Determination of Crack Growth Resistance Curves | |
| B. VOSS, J.G. BLAUEL |
| Numerical Analysis of Elastic-Plastic Fracture Mechanics Experiments | |
| W. SCHMITT, D. SIEGELE, T. HOLLSTEIN |
| Comparison of R-Resistance Curves | |
| R.L. JONES, T.V. DUGGAN, L.J. SPENCE, P.J. BARNES |
| Prediction of Maximum Load Values of Different Sized CT-Specimens using the J-R-Curve-Concept | |
| H. -J. KAISER, K. E. HAGEDORN |
| KR-Curve Measurements with Ceramic Materials | |
| H. WIENINGER, R:F. PABST |
| Study of the Effect of Microstructure on Stable Crack Growth | |
| F.L. BASTIAN, J.A. CHARLES |
| The Influence of Structural Parameters on Crack Propagation in High-Strength Steels | |
| J. HOFSTATTER, W. SCHWARZ, W. MEYER |
| Influence of Microstructure to Fracture Toughness, Crack Propagation of TiAl6V4 | |
| W. J. OBERPARLEITER |
| Fracture Toughness of 7075-T7351 Aluminium Plates | |
| G. MARCI, J. ESCHWEILER, T. FETT. |
| Microstructure-Toughness Relationships in a C-Mn Weld Metal | |
| J.H. TWEED, J.F. KNOTT |
| Fracture Toughness, Microstructure of S. A. W. Weld Metal | |
| L. DEVILLERS, B. MARANDET, D. KAPLAN, A. Ribes, V. RIBOUD |
| Fracture Toughness of Cast Structures | |
| P. UGGOWITZER, M.O. SPEIDEL |
| Effect of Microstructure on Fracture Toughness of Age- Hardened Alloys | |
| A. GYSLER, V. BACHMANN, G. LUTJERING |
| Influence of Microstructure on Toughness of a Steel 20 MnMoNi | |
| D. DORMAGEN, H.-J. ROSEZIN, W. DAHL |
| Influence of Microstructure on the Fracture Toughness of Tempered Martensitic Alloy Steels | |
| S. SLATCHER, J. F. KNOTT |
| Fracture Toughness Investigations of Long-Term Behaviour of G-X 8 CrNi 12 Cast Steel | |
| C. BERGER, F. STAIF |
| Effect of Side Grooves, Orientation of the Testpieces on COD Values of a Structural Steel | |
| H.M. CAMINHA JR., F. L. BASTIAN |
| Quasistatic Extension of an Interface Crack | |
| K.P. HERRMANN, U. STRATHMEIER |
| Influence of Microstructure, other Parameter on Fracture- Mechanics Values of a Structural Steel | |
| H. MILDNER, T. VARGA, G. SCHNEEWEISS |
| Sources of Scatter in Fracture Toughness Values, in Fatigue Crack Propagation-Rates | |
| J.F. KNOTT |
| Investigation of Mechanical, Structural Anisotropy of N-A- XTRA 70 MAG Weldments | |
| S. SEDMAK, L. NEDELJKOVIC, A. RADOVIC |
| Scatter in the Cleavage Fracture Toughness of A533B Plate | |
| D.A. CURRY, I MILNE, K.N. AKHURST |
| Toughness Values Dispersion Correlated with Fracture Path Profilometric Analysis of Grey Cast Iron | |
| G.L. ZAMBELLI, L. HAENNY |
| On the Cleavage Fracture Strength of a Bainitic Microstructure | |
| H. KOTILAINEN |
| Inverse Response of Charpy Impact, Plane Strain Fracture Toughness to Microstructural Variations in a Low Alloy Steel | |
| R. PADMANABHAN, W. E. WOOD |
| Lateral Expansion of Charpy-V-Specimens, Fracture Behaviour of Steels | |
| W. MEYER, J. HOFSTATTER |
| The Influence of Steel Microstructure on Dynamic Fracture Toughness | |
| J. BUCHAR, Z. KNESL, Z. BILEK |
| Ductility, Microstructure of Ferritic Cast Iron with Nodular Graphite | |
| D. AURICH, R. HELMS, CH. ZAMINER |
| Microstructure, Ductile Fracture of a Quenched and Tempered Steel | |
| R. EBNER, K. L. MAURER |
| The Effect of Carbide Morphology on the Fracture of Nickel- Base Alloys | |
| K. MOHR, P.J. ENNIS, H. SCHUSTER |
| Contribution to the Fracture Micromechanism, Morphology of Cr-Mo-V Tool Steels | |
| C. RODlC, A. RODIC, F. VODOPIVEC |
| Ductile Fracture in a V/Nb Dual Phase Steel | |
| V. RADMILOVIC, DJ. DROBNJAK, M. ROGULIC |
| Reasons for the appearance of separations in HSLA-steels | |
| K. KUHNE, H. DUNNEWALD, W. DAHL |
| The cause of separations, its effects on fracture behaviour | |
| B. Engl, A. Fuchs |
| Analysis of fracture surfaces of Mo-alloys with carbide dispersions | |
| R. Eck, I. Jager, E. Werner, E. Pink |
| Persistent Slip Bands Induced by Fatigue in a Nickel Base Superalloy | |
| J.N. VINCENT, L. REMY |
| Surface Cracking of Quenched and Tempered Steel by Shear Instability, Effect on Fatigue Crack Initiation | |
| G. WOLD |
| Fatigue Crack Initiation Mechanisms in Air and in Vacuum in Polycrystalline Copper | |
| J. MENDEZ, P. VTOLAN, C. GASC |
| The Fatigue Limit of Steel Wires as Determined by the Fatigue Threshold and the Surface Characteristics | |
| I. VERPOEST, A. DERUYTTERE, E. AERNOUDT, M. NEYRINCK |
| The Influence of Microstructure on Fatigue Crack Initiation and Fatigue Crack Propagation in Al-Mg-Si Alloys | |
| W. RUCH, V. GEROLD |
| Crack Initiation and Microcrack Propagation under Constant Amplitude and Program Loading Histories | |
| J. FOTH, H. NOWACK, G. LUTJERING |
| Crack Initiation and Crack Propagation by Torsional Fatigue in Low Carbon Steels | |
| G. KOMPEK, F.E. MATZER, K.L. MAURER |
| The Micro-Mechanisms of Fatigue Deformation in Nimonic PE16 | |
| C. H. D ARBUTHNOT |
| Fatigue Crack Growth Rate in Air of Quenched and Tempered Steel | |
| A. BIGNONNET, R. NAMDAR-IRANI, M. TRUCHON |
| Effect of Microstructure on Crack Growth in a High Strength Aluminium Alloy | |
| J. PETIT, P. RENAUD, P. VIOLAN |
| The Influence of Incoherent Particles on Fatigue Crack Propagation under Variable Amplitude Loading in High- Strength Aluminium Alloys | |
| K. SCHULTE |
| Void Coalescence During Fatigue Crack Growth | |
| D. RHODES, K.J. NIX, J.C. RADON |
| Effects of Plasticity and Strain Rate on Fatigue Crack Growth | |
| L. GUERRA ROSA, C. MOURA BRANCO, J.C. RADON |
| The Temperature Field Surrounding the Fatigue Crack Tip | |
| R. PIPPAN, H. -P. STUWE |
| Numerical and Experimental Determination of Stress Intensity Factors in a 20 kHz Resonance System | |
| A.F. BLOM, A. HADRBOLETZ, B. WEISS |
| Fractography and the Shape of Part-Through Cracks | |
| M. PRODAN, J.C. RADON |
| The Effect of Microstructure on Appearance of Fatigue Fracture of H I Steel | |
| J. WOODTLI-FOLPRECHT, M. PRODAN |
| Influence of Overloads on the Subsequent Crack Growth of a Fatigue Crack in A E 36 Steel | |
| C. ROBIN, C. CHE HI MI, M. LOUAH, G. PLUVTNAGE |
| The Effect of Grain Structure on Fatigue Life of Age Hardening Aluminium Alloys | |
| K. PEDERSEN, O. HELGELAND, O. LOHNE |
| The Role of Induced Phase Transformations on Fatigue Processes in AISI 304L | |
| Y. KATZ, A. BUSSIBA, H. MATHIAS |
| Fatigue Crack Propagation in MAR M002 Crystals at Elevated Temperature | |
| J.S. CROMPTON, J.W. MARTIN |
| Fracture Toughness and Fatigue Behaviour of Austenitic Steels at 77 and 4 K | |
| A. NYILAS, H. KRAUTH |
| Influence of Environment on Microcrack Propagation in High Temperature Low Cycle Fatigue | |
| M. REGER, L. REMY |
| The Effect of Inclusions on the Environmentally Accelerated Cyclic Crack Growth of Reactor Pressure Vessel Steels in Simulated LWR Environments | |
| K. TORRONEN, T. SAARIO, H. HANNINEN, M. KEMPPAINEN, S. SALONEN |
| Corrosion Fatigue Cracking of Stainless Steels in Chloride Solutions | |
| H. SCHMIDT, B. WEISS, R. STICKLER |
| Fatigue in Lubricants Environment | |
| P. POUDOU, G. NOUAIL, J. AYEL, G. PLUVINAGE |
| Effect of Plasma Nitriding on Cyclic Behaviour under Various Environmental Conditions | |
| K.T. RIE, TH. LAMPE, W. KOHLER |
| Effect of Microstructures on LCF-Behaviour of Steels in High Pressure Hydrogen Environment | |
| K.T. RIE, W. KOHLER |
| The Fractography of Fatigue Cracking in a Cast Aluminium Alloy at a Range of Temperatures | |
| L.E. CULVER, J.C. BALTHAZAR, J.C. RADON |
| Three-Dimensional Fractography | |
| B. BAUER, M. FRIPAN, V. SMOLEJ |
| Quantitative Fracture Surface Profile Analysis in Environmental Fatigue Tests | |
| G. AIROLDI |
| High Temperature Behaviour of a Sintered - Sialon Material | |
| G. ORANGE, J.C. GLANDUS, G. FANTOZZI, P. BOCH |
| Thermal Shock Resistance of Ceramics Submitted to Severe Shocks | |
| J.C. GLANDUS, P. BOCH |
| Direct Visual Registration of Crack Extension in Ceramic Materials at Elevated Temperatures | |
| A. BORNHAUSER, K. KROMP, H. SCHMID, R.F. PABST |
| Fracture Toughness Dependence on Temperature, Loading Rate and Oxidation Treatment for Si Infiltrated SiC | |
| T. HAUG, R.F. PABST |
| A Comparison of Measured and Computed Cyclodynamic Fatigue Failure Times of SiC at Room and Elevated Temperatures | |
| S. LAUF, A. BORNHAUSER, R.F. PABST |
| Nucleation and Growth of Thermal Fatigue Cracks in Chemically Unhomogeneous Tool Steel | |
| L. KOSEC, F. KOSEL, F. VODOPIVEC |
| Mechanism of Crack Initiation by Thermal Fatigue and Crack Propagation in the Case of Hot Rolling Rolls | |
| A. DIAS, J. GIUSTI, H.P. LIEURADE |
| High-Temperature Low-Cycle Fatigue of a Martensitic Stainless Steel. New Damage Model, Applied to Thermal Fatigue | |
| G. DEGALLAIX, J. FOCT |
| Low Cycle Fatigue of X40CrMoV51 at High Temperatures | |
| T. SCHOBERL, R. DANZER, H.P. STUWE |
| Fatigue and Fracture Mechanics of a Wrought Ni-Base Alloy | |
| R.B. SCARLIN, K.N. MELTON, W. HOFFELNER |
| High-Cycle Fatigue and Creep of the Cast Nickelbase Superalloy in 738 LC at 850° C | |
| H. SCHMIDT, W. HOFFELNER |
| An Analytical Model of Intergranular Creep Cracking Application to Precipitation -Hardened Al Alloys Embrittled by Pb | |
| B. QUANTIN, M. GUTTMANN |
| Comparison of Creep Fracture in Air and in Simulated High Temperature Reactor Helium | |
| H.M. YUN, P.J. ENNIS, H. NICKEL, H. SCHUSTER |
| The Role of Microstructure and Notch Root Radius on the fracture toughness of a martensite structure steel | |
| D. Firrao, R. Roberti, G. Silva |
| Monotonic and Fatigue Behaviour of Rectangular Thin Walled Welded Joints used in Transport Vehicles | |
| C.M. BRANCO |
| Fatigue Life Assessment in Cruciform Joints | |
| J.M. FERREIRA, C. M. BRANCO |
| Brittle Fracture during Fatigue Loading at - 10 degr. C of a Full-Scale Tubular X-Joint. Influence of Ageing | |
| J.J.W. NIBBERING, R. ZIJIN |
| Fatigue Crack Growth in Welded Girders | |
| O.I. EIDE, S. BERGE |
| Low Cycle Fatigue and Fatigue Damage High Temperature Low-Cycle Fatigue of Austenitic and Ferritic Weldments | |
| K.-T. RIE, R.-M. SCHMIDT |
| Thermal Mechanical, Low Cycle Fatigue of 25 CD4 Steel | |
| J. GILGERT, M. LEBIENVENU, G. PLUVINAGE |
| High Temperature Fatigue Damage Mechanisms in Alloy 800 H | |
| B. KEMPF, K. BOTHE, V. GEROLD |
| Influence of the Structure and of the Temperature Field on the Formation and Propagation of Thermal Fatigue Cracks | |
| W. ZLEPPNIG, R. DANZER, F.D. FISCHER, K.L. MAURER |
| Some Results of Low Cycle Fatigue on Boiler Steel | |
| J. PIRS |
| The Influence of Shot-Peening on The Fatigue Strength of Welded Joints in High-Strength Structural Steels | |
| L. PICQUET, A. BIGNONNET, H.P. LIEURADE, L. CASTEX, J.L. LEBRUN |
| Linear and Non-Linear Fatigue Damage and Cumulation | |
| N. RECHO |
| Influencing Factors on Fatigue Crack Propagation of Mild Steels Cathodically Polarized in Seawater | |
| Y.G. KWEON, M. HABASHI, J. GALLAND |
| Corrosion Fatigue Properties of an Offshore Structural Steel in Seawater Containing Hydrogen Sulphide | |
| C.J. THOMAS, I.M. AUSTEN, R. BROOK, R.G.J. EDYVEAN |
| Corrosion Fatigue in Offshore; Influence of Frequency and Electrochemical Conditions | |
| R. HELMS, H. HENKE |
| The Influence of Electrochemical Parameters on the Low-Cycle Corrosion Fatigue of a Structural Steel | |
| J.L. BRAZY, A. BIGNONNET, C. VALLET |
| Modelling of Fatigue Crack Growth in 7075-T651 Aluminium Alloy Plate | |
| R. J. H. WANHILL, A.U. DE KONING, L. SCHRA |
| Crack Closure Effects in Fatigue Propagation of Elliptical Cracks | |
| A. CLERIVET, C. BATHIAS |
| Fatigue Crack Growth Behaviour in Constant-Load Amplitude and Constant Delta-K Tests on Notched Specimens | |
| R. PIPPAN, H. P. STUWE |
| Creep Crack Growth and Crack Propagation of IN 800 H at 830 degr. C | |
| W. OBERPARLEITER, P. AGATONOVIC |
| The Application of J Concept to Fatigue Crack Growth in Large Scale Yielding | |
| Y. LAMBERT, C. BATHIAS |
| Influence of a Residual Surface Stress Field near the Crack Tip on Crack Propagation | |
| E. WELSCH, D. EIFLER, B. SCHOLTES, E. MACHERAUCH |
| Prediction of Thresholds using Cyclic Properties of Material | |
| L. GUERRA ROSA, C.M. BRANCO, J.C. RADON |
| Mechanism of Low Cycle Small Surface Crack Propagation | |
| N.A. MAKHUTOV, I.V. MAKARENKO |
| The Expected Position of Fatigue Fracture Planes according to Variance of the Reduced Stress | |
| W. BEDKOWSKI, E. MACHA |
| Fatigue Crack Growth in Hard Steels | |
| R.A. SMITH |
| Experimental and Numerical Analysis on Fatigue Crack Propagation on Three Medium-Strength Steels | |
| L. FELLONI, R. FRATESI, A. LA BARBERA, M. MARCHETTI |
| Curvilinear Cracks in Planar Situations | |
| M. AMESTOY, J.B. LEBLOND |
| Continuum Mechanical Foundation of Curved Thermal Crack Growth in Elasto-Plastic Materials | |
| B. KAEMPF, K. P. HERRMANN |
| Crack Path Stability in Tapered DCB Specimens | |
| Y. SUMI |
| Effect of Crack Curving on Stress Intensity Factor/Energy Release Rate for Three-Point Bend Specimens | |
| B.L. KARIHALOO |
| The T-Criterion for Failure of Engineering Materials | |
| P.S. THEOCARIS |
| Brittle Fracture under Mixed Mode I/Mode II Loading | |
| T.M. MACCAGNO, J.F. KNOTT |
| Micromechanisms of Fracture | |
| W. DAHL, D. DORMAGEN, A. HALIM |
| Fatigue Crack Initiation and Propagation in Al-Zn-Mg Single Crystals and its Dependence on the Ageing Treatment | |
| P. LIANG, H.-J GUDLADT, V. GEROLD |
| The Effect of Dispersoids on Fatigue Crack Propagation in Al-Zn-Mg Alloys | |
| M. HARRISON, J.W. MARTIN |
| Near Threshold Fatigue Crack Propagation and Crack Closure in Al-Mg-Si Alloys with Varying Manganese Concentrations | |
| R. SCHEFFEL, K. DETERT |
| Effect of Microstructure on Fatigue in Near Threshold Region in V/Nb Dual-Phase Steel | |
| K. GERIC, D.J. DROBNJAK |
| Influence of Chemical Purity on the Propagation of Fatigue Cracks in Al-Zn-Mg-Cu Alloys | |
| G. CHALANT |
| Fatigue in Rate Dependent Alloy | |
| Y. KATZ, A. BUSSIBA |
| Fatigue Crack Initiation and Crack Growth in Alpha-Iron Polycrystals | |
| J. POLÀK, M. KLESNIL |
| Quantitative Fractography of Fatigue-Tested Inconel IN 713 LC and Nimonic 86 | |
| U.W. HILDEBRANDT |
| Fatigue Life Prediction based on Microcrack Growth | |
| G. EBI, H. RIEDEL, P. NEUMANN |
| Effect of Prior Cold Work on Low Cycle Fatigue Behaviour of AISI Type 304 Stainless Steel | |
| K.B.S. RAO, M. VALSAN, R. SANDHYA, S.L. MANNAN, P. RODRIGUEZ |
| Nucleation of Fatigue Cracks by Inclusions | |
| T. JUTLA, C.E. NICHOLSON, G. JOLLEY |
| Residual Life-Time Prediction in Aluminium Alloys | |
| J. NEMEC, V. SEDLÁCEK |
| Fatigue Oxidation Interation in a Cr-Mo Steel | |
| Z. AZARI, P. BECKER, M. LEBIENVENU, G. PLUVINAGE |
| Fatigue crack growth in Nb-H alloys | |
| C.C. LIN, N. POLVANICH, K. SALAMA |
| Influence of Hydrogen Presence on Fatigue Behaviour of a Vessel Steel | |
| F. GUTIÉRREZ-SOLANA, L. CABOLLERO, M. ELICES, A. VALIENTE |
| Environmental Effects on Cyclic Crack Extension | |
| Y. KATZ, A. BUSSIBA |
| Cleavage and Ductile Fracture Mechanisms Fracture Energy Analysis via Acoustic emission | |
| L.I. MASLOV, V.V. SUKHAREVSKY |
| The Influence of Loading Rate on the Ductile-Brittle Transition and Cleavage Fracture Stress of 2.25 Cr-1Mo Steel | |
| M. HOLZMANN, B. VLACH, J. MAN |
| Cleavage Fracture in a Eutectoid and Hypoeutectoid Steel | |
| F. P. L. KAVISHE, T.J. BAKER |
| Effects of Crack Length and Pre-Strain on Ductile Fracture | |
| H.E. THOMPSON, J.F. KNOTT |
| Micromechanisms of Brittle Fracture in 2 1/4 Cr-1 Mo Weld Metal | |
| P. BOWEN, M.B.D. ELLIS, M. STRANGWOOD, J.F. KNOTT |
| Brittle Fracture Nucleation in SA 533B-1 Steel | |
| A. MARTIN MEIZOSO, J.M. RODRIGUEZ IBABE, J.L. VIVIENTE SOLÉ, J.GIL SEVILLANO |
| Modelling of Cleavage Fracture in Microalloyed Steels with Mixed Ferrite-Bainitic Structure | |
| B. STRNADEL, E. MAZANCOVÁ, K. MAZANEC |
| The Effect of Non-Metallic Inclusions on Cleavage Fracture | |
| T.J. BAKER, F.P.L. KAVISHE |
| Effects of Through Thickness Inclusion Distributions on Short Transverse Properties | |
| G. GREEN |
| The Effect of Non-Metallic Inclusions on the Hot Ductility of Continuously Cast Low-Alloy Steel | |
| C.I. GARCIA, S. PYTEL, A.J. DEARDO |
| Mechanism of Ductile Fracture of the Low Carbon Cast Steel | |
| M. BIEL |
| A Study of the Ductile Tearing Mechanism during Single Overloads | |
| N. RANGANATHAN, R. TINTILLER, B. BOUCHET, J. PETIT |
| Sustained Load Crack Growth in an Aluminium-Silicon Bronze Alloy | |
| R.D. SCHEFFEL, M.A. PHOPLONKER, J. BYRNE, R.L. JONES, P. BARNES |
| Effect of Thermomechanical Processing on the Fracture Toughness and Ductility of the Beta-Ti-Alloy Ti-10V-2Fe-3Al | |
| G. TERLINDE, H.J. RATHJEN, K.H. SCHWALBE, G.W. KUHLMAN |
| Relationship between Microstructure, Tensile Ductility and Fracture Toughness of Ti and Al-Alloys | |
| C. MULLER, A. GYSLER, G. LUTJERING |
| Interactions between Brittle Fracture and Twinning in Tungsten subjected to Compression Tests at 77 K | |
| TRAN —HUU-LOI, J.P. MORNIROLI, M. GANTOIS |
| Impurity Effects on Sustained Load Cracking of 2.25 Cr-1 Mo Steel at High Temperature | |
| J.J. LEWANDOWSKI, M.B.D. ELLIS, J.F. KNOTT |
| The Effect of Temperature, Strain Rate and Environment on the Ductility of 304 Stainless Steel | |
| P. TREVENA, N.S. STOLOFF, M.G. NICHOLAS |
| Effects of Dynamic Segregation and Environment on Crack Growth at Elevated Temperature | |
| P. BOWEN, C.A. HIPPSLEY, J.F. KNOTT |
| Fracture of Ferritic Ductile Iron at Elevated Temperatures | |
| L. WOJNAR, W. DZIADUR |
| The Influence of Strength and Grain Size on the Microstructural Control on Stress Corrosion Cracking of High Strength Steels | |
| F. GUTIÉRREZ-SOLANA, J. GONZÁLEZ, S. BARROSO, J.M. VARONA |
| Failure Analysis of Reheater Tubes involving Creep and Sulfidisation | |
| F. VODOPIVEC, B. RALIC, J. ZVOKELJ, B. DOBOVlSEK |
| Influence of a 3.5% NaCl Solution on the Fracture Mechanisms of Al-Zn-Mg Alloys in Fatigue and Tension | |
| T. MAGNIN, P. RIEUX, C. DUBESSV, J. LE COZE |
| Hydrogen Effects on Cleavage Fracture in Fully Pearlitic Eutectoid Steel | |
| J.J. LEWANDOWSKI, A.W. THOMPSON |
| Hydrogen Permeation in HSLA Steels in Relation to its Stress Corrosion Cracking Behaviour | |
| F. GUTIÉRREZ-SOLANA, I.M. BERNSTEIN |
| The Effect of Hydrogen on the Ductility of Aluminium-Tin Alloys | |
| J.W. MARTIN, A.K. BUSBY |
| Fracture Aspects of Concrete | |
| A. HILLERBORG |
| The Double-Torsion Testing of Polymers: A Cinematographic Investigation of Crack Growth | |
| R. FRASSINE, T. RICCO, M. RINK, A. PAVAN |
| Prediction of the Influence of Temperature on Fatigue of Polymers | |
| J.A.M. REMMERSWAAL |
| A Fracture Mechanics Approach for Failure Prediction of a Restored Tooth | |
| R. DE GROOT, H.C. VAN ELST, M. C. R. B. PETERS, Y.M. DE HAAN |
| Fracture Strength of an Adhesive Joint | |
| P. CZARNOCKI, K. PIEKARSKI |
| Effect of Static and Fatigue Pre-loading on Residual Strength and Stiffness of Plain Concrete | |
| H. A. W. CORNELISSEN, H.W. REINHARDT |
| Appropriate Fracture Mechanics Specimens for Testing Rocks | |
| E. CZOBOLY, M. GALOS, I. HAVOS, F. THAMM |
| Fracture Mechanics of Glass Reinforced Plastics under Corrosive Environment | |
| L. GOLASKI, A. FIGIEL |
| Numerical Methods for the Description of "Ceramic Steels" (ZrO2 containing Ceramics) | |
| W. H. MULLER |
| Microstructural Short Cracks in Fatigue | |
| K.J. MILLER |
| Crack Paths and Crack Branching Effect of Crack Tip Plastic Zone on Kinked or Branched Crack Growth | |
| H. HORII, S. NEMAT NASSER |
| Physical and mathematical modelling of crack tip blunting in C-Mn Ferritic-Pearlitic Steels | |
| R. ROBERTI, D. FIRRAO |
| Fracture Characterization of Composites in Mixed Mode Loading | |
| C. A. C. C. REBELO, A. T. MARQUES, P. M. S. T. DE CASTRO |
| Numerical Simulation of Dynamic Crack Propagation and Crack Arrest Phenomena by means of Finite Element Methods | |
| F. J. H. PEETERS, R. W. J. KOERS |
| Numerical Treatment of Fracture Mechanics Problems | |
| V.Z. PARTON, V.G. BORISKOVSKY |