General Papers
| A Boundary Integral Equation Method for the Problem of Multiple, Interacting Cracks in Anisotropic Materials | |
| MASCHKE H. |
| A Combined Numerical-Experimental Investigation of Influence Microstructure on Fracture Toughness Microalloyed Steel | |
| BOCHENEK A. |
| A Compression Splitting Test for the Toughness of Concrete | |
| SABIR B. B., ASILI M. |
| A Damage Micromechanics Approach of a Heterogeneous Material | |
| DAN WEI., BAPTISTE D., BOMPARD Ph., FRANCOIS D. |
| A Damage Tolerance Study of Notched CFRP Laminates | |
| RENAULT M., VALENTIN D., PEREZ F. |
| A Generalized Crack Growth Criterion - Simplified JR-Testing | |
| WILL P., MICHEL B., ZERBST U. |
| A Geometrical Model for Fatigue Crack-Closure | |
| LAFARIE—FRENOT M. C., GASC C. |
| A Hybrid Method for Determining Stress Intensity Factors | |
| SHKARAYEV S. V., CIGANOV V. I., YARMOLCHUK S. A. |
| A Kinetic Model for the Delayed Fracture of Low - Alloy Steel Weldments | |
| MIKHAILOV V. E., SLEPTSOV O. I. |
| A Linear Elastic Fracture Mechanics (LEFM) Standard for Determining Kc and Gc for Plastics | |
| WILLIAMS J. G. |
| A Model of Cumulative Fatigue Damage | |
| KUJAWSKI D., ELLYIN F. |
| A New Procedure for Calculating COD from the Plastic-Clip-Gauge Displacement for CT Specimens | |
| KOLEDNIK O. |
| A Simplified Key-Curve Procedure for J-R-Curve Testing of CT-Specimens | |
| WALLIN K. R., TORRONEN K. |
| A Study of Rheology in Indentation Fracture | |
| VASAUSKAS V. S., BANSEVICIUS R. J., BASKUTIS S. V. |
| A Technical Creep Theory for Concrete | |
| KMETOV M. T. |
| Acoustic Emission Generated by the Crack Propagation | |
| PETRISIC J., GRABEC I. |
| Analysis of the Crack Propagation under Biaxial Cyclic Load Taking into Account their Orientation | |
| SHLYANNKOV V. N., DOLGORUKOV V. A. |
| Analysis of the Specimen Size Effect on the Fracture Toughness Lower Bound Curves | |
| HORACEK L., BRUMOVSKY M. |
| Application of the ASPEF Concept for Estimation of Material Behaviour under Cyclic Loading | |
| TOTH L., NAGY GY., ROMVARI P. |
| Behavior of Pulse Loaded Plates at Great Deformations | |
| YUDAEV V. B., FAVORIN V. M. |
| Behaviour of Notches and Cracks of Different Size in Constructions under Cyclic Loading | |
| SAHN S., SELIGER P., SCHAPER M. |
| Bond-Based Computational Mechanics Approach to Plain and Fibre Reinforced Concrete | |
| STROEVEN P., BIEN J |
| Brittle Failure of Tough Polymers After Ageing | |
| BABENKO F. I., SEMYONOV V. A. |
| Brittle Fracture of Welded Rails | |
| DZIUBINSKI J., SZYMANSKY A. |
| Coexistence of Fatigue Softening and Fatigue Hardening in Quenched Plus Tempered Carburized Carbon Steel | |
| CHE TIE-QUN |
| Comparison of the Fracture Behaviour of a Structural Component with Test Specimen Behaviour | |
| NEALE B. K. |
| Computational Estimates of Stress Intensity Factor for Cracks in Plates and Shells Using a BIE Method | |
| ETEMAD M. R., TURNER C. E. |
| Computations and Experiments on the Integrity of Components Containing Part- Through Cracks | |
| PRODAN M., RADON J. C. |
| Computer Controlled Testing Equipments for Fracture Mechanical Purposes | |
| CZINEGE I., SAROSSY GY. |
| Computer-Aided Simulation of Crack Propagation in Cutting Tools | |
| KULAKOVSKIY V. N., CHEPOVETSKIY G. I., MAISTRENKO A. L. |
| Consideration of Residual Stresses on Critical Crack Size Calculation | |
| MUNCNER L. |
| Correlation of Fracture Mechanics Parameters with Charpy-Energy Based on Statistical Evaluation | |
| ROOS E., KAPITÂNY A. |
| Crack Closure Behaviour of Iron in Air and Vacuum | |
| PIPPAN R., HAAS G. |
| Crack Growth in Cast Irons under Static and Cyclic Loading | |
| ROMANIV O. N., TKACH A. N., YUS'KIV T. Ya. |
| Crack Growth Initiation in Duplex Elastic-Plastic Plates | |
| PAPAKALIATAKIS G. E. |
| Crack Initiation and Early Crack Growth in Low Cycle Fatigue of Anodized 2024 Aluminium Alloy | |
| HABIB K., DANIELS R. |
| Crack Initiation and Small Crack Behaviour in a Copper Based PM Alloy | |
| BASSAW B., MENDEZ J., GROSBRAS M. |
| Cracking of Large -Size Machine Elements | |
| MAZIARZ M. |
| Creep Crack Growth Behaviour of Selected Turbine Steels | |
| MAILE K., TSCHEUSCHNER R. |
| Creep Damage of Power Plant Components and Remanent Life Assessment | |
| SOKOLIANSKI B. M. |
| Critical Parameters of Ductile Fracture | |
| BIEL M. U., GOLASKI L. |
| Cyclic Hardening of B.C.C. Iron Alloys Single Crystals | |
| NOVAK V., SESTAK B. |
| Cyclic Testing of Pressure Vessel Nozzle Models in Elastic-Plastic Region | |
| POLACHOVA H., HORACEK L., BRUMOVSKY M. |
| Damage Accumulation and Fracture of Engineering Materials Subjected to Impuls Loading | |
| CHAPLYA M. E. |
| Damage Concept in Weldments | |
| PAVISIC M. D. |
| Destruction of the Free Liquid Films by Solid Particles | |
| BYTEV D. O., ZAITSEV A. I. |
| Determination of Creep Crack Growth in the Long-Term Range 1053 | |
| KLOOS K. H., GRANACHER J., TSCHEUSCHNER R. |
| Determination of Geometry-Independent Fracture Mechanical Parameters of Polymers | |
| GRELLMANN W., SEIDLER S. |
| Determination of the Dynamic Fracture Toughness Using Subsized Specimens | |
| STROPPE H., CLOS R., SCHREPPEL U. |
| Development of Fatigue Fractures in Steel with Different Types of Surface Plastic Deformation | |
| BOYTSOV B. V., KRAVTCHENKO G. N., CHILIKIN I. N. |
| Dynamic Fracture Toughness Determination of Ductile Steels by Instrumented Charpy Test | |
| BLUMENAUER H., ORTMANN R. |
| Effect of Cold Plastic Deformation on Gas Pipeline Resistance and Toughness Properties | |
| IANC P. |
| Effect of Heat Treatment on the Fracture Toughness, the Notch Toughness and the Fatigue limit of Some HSLA Steels | |
| FILA J., ZACZEK Z. |
| Effect of Local Strain in Stress Corrosion Testing | |
| TORIBIO J., ELICES M. |
| Effect of Microstructure on Fatigue Breaking of E Glass-Epoxy | |
| VINCENT L., FIORE L., PUGET P., GOURDIN C. |
| Effect of Prior Austenite Grain Size on the Notch Toughness and the Fracture Surface Morphology of EHSLA Steel | |
| FILA J. |
| Effect of Residual Stresses on Fatigue Crack Propagation at Room Temperature in Ferritic-Austenitic Welded Joint | |
| ZAHOUANE A. I., GAUTHIER J. P., MARINI B. |
| Effect of Stress State Type on Fracture of Austenitic Steel under Thermal Cycling Conditions | |
| KRAJCZYKA A., ZUCHOWSKI R. |
| Effect of Thermomechanical Treatment on Tensile Properties and Fatigue Strength in 7012 A1 Alloy | |
| ONOFRIO G., VIMERCATI G. |
| Effects of Temperature on Overload Retardation in 9%Cr- l%Mo Steel | |
| COTTERILL P. J., KNOTT J. F. |
| Elastic-Plastic Finite Element Analysis of Welded Structures Containing Cracks and Comparison with Experiments | |
| TWICKLER R., DAHL W. |
| Energetic Aspects of Low Cycle Fatigue and Fracture Mechanical Properties of AlMg 3 Alloy | |
| SCHUCHTÀR E., ÈVA A., GILLEMOT L. |
| Equilibrium Fracture Stress (EFS) — New Parameter for Toughness of Microstructures in steel | |
| STANEK P., LORENC M. |
| Erosion Resistance of Metal Matrix Composites | |
| MASOUNAVE J. |
| Estimations on Jjc in View of Fractio-graphic Analysis | |
| ROLC S. |
| Evaluation of Fatigue Damaging by Changes Modulus Defect Measuring | |
| GOLOVIN S. A., PUSKAR A. |
| Examination of HRR Field Existence Under Plane Stress | |
| RACKOWSKY V. A., MATVIENKO Y. G. |
| Examining Fatigue Problems of Welded Floor Structures | |
| IMRE L., POZSGAY GY., BOROS L. |
| Experimental Determination of J-Integral by Using the Laser Speckle Method | |
| WEI QUN., JINGJIAN Z., ZHONG Y. Z. |
| Experimental Investigations of Fracture Mechanisms of Brittle Photoelastic Material | |
| KRUSZKA L., NOWACKIW. K., WOLNA M. |
| Experimental Technique for Biaxial Testings of Failure on Semi-Brittle Steels | |
| NEGA H., SANDLER K. |
| Extrapolation of Stress Intensity Factors Based on Discrete Experimental Results | |
| THAMM F. |
| F. E. Calculations of the Crack Extension Force in Both Elastic and Plastic Notch Fields | |
| SAMMUR M. F. R., GUIU F., PARSONS B. |
| Factors Affecting Fatigue Crack Propagation in Polyethylene Pipe Systems | |
| LAWRENCE C. C. |
| Failure Analysis and Fundamental Mechanical Properties of Ductile Materials | |
| MARINCEK M. |
| Failure Analysis and Prevention in China | |
| GU H. |
| Failure Analysis of Welded Wide Plates Using Fracture Mechanics Concepts | |
| DAHL W., HEUSER A., KREBS H. |
| Failure Analysis: Tribosorption as the Basis of Medium-Induced Fractures | |
| MÖSER M. |
| Failure Behaviour of Wide Plates with Different Geometries and its Prediction Based on Fracture Mechanics | |
| HUBO R., DAHL W., EHRHARDT H. |
| Fatigue Analysis for Multiaxially Loaded Structures Based on Finite Element Method | |
| OTT W., NOWACK H. |
| Fatigue and Fracture Behaviour of Two Tool Steels | |
| TRAVASSOS J., FREITAS M. |
| Fatigue and Fretting — Fatigue Fracture of Hot Rolled Carburizing Steel | |
| BACCI T. |
| Fatigue Behaviour of Austenitic Cr-Mn-N Steels Used for Drill- Collars | |
| EBNER R., POHL H., PANZENBOCK M. |
| Fatigue Crack Growth in Large Web Deflection | |
| DJUBEK J., KRIVACEK J. |
| Fatigue Crack Growth Under Mixed Mode and Mode II Cyclic Loading | |
| HENN K., RICHARD H. A., LINNING W. |
| Fatigue Crack Propagation in a Single Crystal Superalloy at Elevated Temperature | |
| MURPHY O. R., MARTIN J. W. |
| Fatigue Crack Propagation in Al-Zn-Mg Single Crystals and its Dependence on the Environment | |
| GUDLADT H. J., LIANG P., GEROLD V. |
| Fatigue Failure Analysis by X- Ray Fractography | |
| BIGNONNET A., DIAS A., LEBRUN J. L. |
| Fatigue Life Tests on Composite Ceramic | |
| AGATONOVIC P., GRUNMARCH R. |
| Fatigue Limit Determination Based on the Yiedl Stress and Residual Stresses in the Metal Surface Layer | |
| PROKOPENKO A. V. |
| Finite Element Analysis of a Pipe Elbow with Longitudinal Through Crack | |
| GREBNER H., HÖFLER A. |
| Fracture Analysis of Single and Multiple Crack Propagation in Thermally Shocked Strip | |
| BAHR H. A. et al |
| Fracture Behaviour of Al-Li Alloys Compared to Conventional High Strength Al Alloys | |
| PETERS M., WELPMANN K., ESCHWEILER J. |
| Fracture Initiation in PMMA | |
| OSORIO A. M. B. A., MARTINS C. S. |
| Fracture Kinetics of Highly Resistant Materials Based on Engineering Thermoplastics | |
| SVIRIDYONOK A. I. et al |
| Fracture Mechanics Assessment of an AlMg4.5Mn Weld Joint | |
| PUSCH G., HOHNE V. |
| Fracture Mechanism Study - Can Quantitative Fractography Help? | |
| WOJNAR L. |
| Fracture of Creep-Rupture Specimens in Liquid Sodium at 550 °C | |
| BORGSTEDT H. U. |
| Fracture of Volume-Reinforced Materials for Drill Bits | |
| KRYLOV K. A., LAPTEV D. V., MINEEV T. F. |
| Fracture Properties Evaluation from Dynamic Tensile Testing | |
| GILLEMOT F. |
| Fracture Toughness of Low - Temperature 10N2 and 10N3 Steels | |
| MAZUR W., MAGUDA T., MAZUR M. |
| Fracture Toughness of Marble Determined on "Easy-to-Prepare" Specimens | |
| BORBÀS L-, CZOBOLY E., GÀLOS M. |
| Fracture Toughness Prediction of Structural Ferrite -Bainitic Stells | |
| STRNADEL B., MAZANCOVA E., MAZANEC K. |
| Frequency Effects in Slant Fatigue Crack Growth | |
| ZUIDEMA J., VEER F., van SOEST Th. |
| Functions of State in Materials under Conditions of Thermal Fatigue | |
| TRETYACHENKO G. N., KARPINOS B. S., SOLOVYOVA N. G. |
| Further Evidence on the Normalisation of J—R Curves | |
| ETEMAD M. R., TURNER C. E. |
| Generalization of the Improved Modified Crack Closure Integral Method to Surface Crack Problems | |
| BUCHHOLZ F. G., GREBNER H. |
| High Frequency — Cracktronic — Machine for Making Fatigue Cracks on Notched Bar Impact Test | |
| DOBI D., BERTHTOLD R. |
| High- Temperature Fracture Toughness of Tungsten and Tungsten- Based Alloys | |
| TROSHCHENKO V. T., USKOV E. I., BABAK A. V. |
| High-Temperature Crack Growth in Alloy 800H and a 1% CrMoV Steel - the Results of an EGF Round Robin | |
| HOLLSTEIN T. |
| Hydrogen Assisted Nucleation and Growth of Macrocracks in Metals | |
| KHARIN V. S. |
| Hydrogen Embrittlement of Al-Li Alloys (8090 and 2091) | |
| BINDSFELD A. |
| Impact Toughness of Steels for Cryogenic Application | |
| MAGUDA T., ZACZYK A. |
| Implicit Numerical Integration Schemes in the Problems of Creep and Cyclic Plasticity | |
| UMANSKY S. E. |
| Improvement of Ti-6A1-4V Fracture Toughness by Heat Treatment | |
| IRISARRI A. M., AZKARATE I., GIL-NEGRETE A. |
| Influence of Aging on the Fracture Toughness Properties of Austenitic Stainless Steel Materials | |
| SOULAT P. E., VOUILLON M. |
| Influence of Climate on Polymer and Composite Materials Failure | |
| PHILATOV I. S. |
| Influence of Electropolishing on the Impact Characteristics of Pressure Vessel Steels | |
| VAN ASBROECK PH., PUZZOLANTE J. L., HENNEN A. |
| Influence of Fixing Parameters of Ortothropic Plates from Composite upon Quantity of Coefficient of Stress Intensity | |
| BORISOV S. N., LURIE S. A. |
| Influence of Loading Conditions on Fracture Mechanical Parameters of Alumina | |
| BABILON E. |
| Influence of Microstructure on Fracture Toughness in the H 75—3 Bainitic Steel Grade | |
| MICHALZIK G., PUSCH G., SPIES H. J. |
| Influence of Residual Stresses, Generated During Precracking, in Stress Corrosion Tests | |
| LANCHA A. M., ELICES M. |
| Influence of Water Environments on Fracture Toughness of an A508 Class 3 Forging | |
| GIBSON G. P., DRUCE S. G. |
| Initiation and Short Crack Growth in Fatigued 13Cr-6Ni-0.5Mo Cast Steel | |
| POLAK J. |
| Interaction of Brittle Fracture and Buckling of Compressed and Torsioned Bars with a Bisymmetric Open Cross-Section | |
| KOWAL Z. |
| Interface Crack Growth Control by Means of a New Fiber Design | |
| HEITZER J., MATTHECK C. |
| Interlaminar Fracture of Composite Materials | |
| ROULIN-MOLONEY A. C., DA VIES P. |
| Internal Stresses and Crack Initiation in Asymmetrically Hardened Steel Bars Subsequently Surface Machined by Grinding | |
| KOSEC L., KOSEL F. |
| Investigation into the Cause of Cracking in Deaerators in Oder to Minimize the Risk of Collapsing | |
| BOLTEN J. G. |
| Investigation of Fracture Features in Cr-Mo Steel after Different thermomechanical Treatments | |
| LJEVAR A. |
| Investigations on Ductility and Fracture of Compound Steel Weldments | |
| VARGA T., STRAUBE H., STRIGL M. |
| Lifetime Prediction for Ceramic Components Subjected to Multiaxial Loading | |
| THIEMEIER Th., BRUCKNER-FOIT A., MUNZ D. |
| Limiting State of Members in Non-Uniform Stress Field | |
| NOVOPASHIN M. D., IVANOV A. M. |
| Measurement of Dynamic Stress Intensity Factor under Impact Loading | |
| BALAS J. |
| Measurements of Crack Growth by Means of Continuous Sound During Instrumental Charpy-Test | |
| KALKHOF D., GOERNER W. |
| Mechanics of the Transition from Plastic Flow to Ductile Fracture in Guillotining | |
| ATKINS A. G. |
| Micromechanisms and Local Approach of Fracture in a Pearlitic Steel | |
| FONTAINE A., JEUNEHOMME S. |
| Microstructural and Environmental Effects on Fatigue Crack Propagation of Constructional Steel | |
| SCHAPER M., SCHATT F. |
| Microstructural and Mechanical Characteristics of Destructed Metal Taken from Elements Subjected to Creep in Thermal Power Stations | |
| KANEV S. G. |
| Microstructure and Fracture in WC—Co System | |
| SLESAR M., DUSZA J., PARILAK L. |
| Mixture Design Influence to Concrete Multiaxial Strain-Softening | |
| RADOVANI B. A. |
| Multiple Fracture of Polymers | |
| PRUT E. V. |
| New Special Finite Element for Angular Notches | |
| BASTERO J. M., MARTINEZ-ESNAOLA J. M., MARCOS R. |
| Numerical and Experimental Investigations Concerning Branched Thermal Crack Systems Originated in Self-Stressed Models of Fibrous Composites | |
| FERBER F., HERRMANN K. P. |
| Numerical Study of Stable Crack Growth | |
| BROCKS W., ERBE H. H., YUAN H. |
| On a Generalization of Irvin's Formula for Curvilinear Interface Cracks in Brittle Two-Phase Composite Structures | |
| HERRMANN K. P., MEINERS W. |
| On Crack Closure in Fatigue Crack Growth | |
| McEVILY A. J., YANG Z. |
| On the Application of the Dugdale-Panasyuk Model in Analysis of Non-Stationary Crack Motion | |
| NEIMITZ A. |
| On the Augmentation of Lower Bound Plastic Limit Loads of Imperfect Structures Due to Stress and Strain Hardening | |
| GOLEMBIEWSKIH. J., VASOUKIS G. |
| On the Influence of Fibre Orientation of the Dynamic Work of Fracture of Short-Fibre Reinforced Thermoplastics | |
| LAUKE B., FREITAG K. H. |
| On the Influence of Microstructure upon Crack Propagation Mechanism and Fracture Toughness | |
| HALIM A., SUN D. Z., DAHL W. |
| On the Path-Stability of Standard and Side - Grooved DCB - Specimen | |
| SCHINDLER H. J. |
| On The Relationship Between Microscopic Cleavage Fracture Stress and Microstructural Parameters in a Cast Hot Work Tool Steel | |
| ROBERTI R., la VECCHIA G. M. |
| On the Reliability of Finite Element J-integral Evaluation in Fracture Analysis | |
| SABIR B. B. |
| On the Research of Microstresses in the Neighbourhood of a Crack in Composite Materials | |
| PARTON V. Z., KALAMKAROV A. L., KUDRYAVTSEV B. A. |
| Optimum Design and Calculation of Reliability for Structures Exposed to Fatigue Loading | |
| LENART L. |
| Predicted Fatigue Fracture Planes According to Variance of Shear - Stress under Random Triaxial Stress State | |
| BEDKOWSKI W., LACHOWICZ C., MACHA E. |
| Predicting Fracture in Aluminium Weldments | |
| GRAF U., KOSTEAS D. |
| Prediction of Fatigue Life in Fillet Welded Joiints Including Geometry Effects | |
| BRANCO C. M., FERREIRA J. A. |
| Prediction of the Fatigue life Taking into Account Residual Stress Relaxation Under Cyclic Loading | |
| LU J., FLAVENOT JF. |
| Probabilistic Fracture Mechanics — Fundamentals and Application | |
| MICHEL B., WINKLER T., SKURT L. |
| Probabilistic Fracture Mechanics: Approach to Brittle Failure | |
| LAMON J. |
| Probabilistic Peculiarities of Ceramic Bodies Fracture | |
| GROUSHEVSKY Ya. L. |
| Reliability Evaluation of Carbon and Low-Alloy Steel Products for High Temperature Service | |
| MAZILU E., LASCU-SIMION N., OLTEANU D. |
| Research of Fracture Resistance of 15Kh2MFA Pressure Steel on Specimens of Natural Thickness | |
| BRUMOVSKY M. |
| Results of Round Robin Tests of Fracture Mechanics Parameters Within CMEA Countries | |
| BRUMOVKSY M. |
| Rheologic Model and Destruction Criterion of Metallic Materials | |
| RADCHENKO V. P., KUZMIN S. V., YEREMIN Yu. A. |
| Role of Ferrite on the Cyclic Behavior of a 12 Cr Martensitic Stainless Steel | |
| DEGALLAIX G., VOGT J. B., FOCT J. |
| SEM Study of Crack Initiation and Propagation in High Speed Steel | |
| MANOJLOVIC D. |
| Service Fatigue Life as a Function of Random Load Factors | |
| BILY M., KLIMAN V. |
| Solution of Fracture Mechanics Problems Using Complete Stress-Strain Diagrams of Materials | |
| LEBEDEV A. A., CHAUSOV N. G. |
| Some Effects of Warm Prestressing (WPS) in A533BW Weld Metal | |
| REED P. A. S., KNOTT J. F. |
| Some Experimental Observations on Cyclic Creep under Magnetic Field | |
| BHAT I. K., MUJU M. K., GHOSH A. |
| Some Problems of Path Dependency of J Integral in Welded Structures | |
| SEDMAK A., SEDMAK S., OGAREVIC V. |
| Spall Fracture in Ductile Metals | |
| BILEK Z. |
| Stable Crack Growth Failure of Al - Si Bronze | |
| BYRNE J., PHOPLONKER M. A., JONES R. L. |
| Stable Crack Growth of a Semi-Elliptical Outer Surface Crack in a Pressure Vessel | |
| BROCKS W., KONECKE G. |
| Stable Crack Growth of an Elliptical Surface Crack: Numerical Simulation and Comparison with the Experiment | |
| KEIM E., SIEGELE D. |
| Strenght Anisotropy and the T-Criterion | |
| THEOCARIS P. S., ANDRIANOPOULOS N. P. |
| Strength and Durability Evaluation of Structural Elements Using Fracture Mechanics Approaches | |
| ANDREYKIV A. Ye. |
| Stress Intensity Factor Solutions for Planar Defects with Irregular Boundaries | |
| SMITH R. A., COOPER J. F. |
| Stress Intensity Factors of Cracks Originating from a Hole Situated Between Wall- Reinforcements | |
| MATTHECK C., BURKHARDT S. |
| Stretched Zone Stereoscopic Measurements as an Independent Control of Material Fracture Toughness | |
| KRASOWSKY A. J. |
| Study of Crack Trajectories in Thin Cylindrical Shells: Numerical Analysis and Experimental Validation | |
| La BARBERA A., MARCHETTI M., TIZZI S. |
| Study of Fracture Instability by the Local and Global Minimum Values of Strain Energy Density | |
| GDOUTOS E. E., THIREOS C. G. |
| Study on Fatigue Crack Growth Across Steel Plates Susceptible to Lamellar Tearing | |
| ZACHEK Z. |
| Surface Durability of Hollow Rolling Elements | |
| KRISHNAMURTHY R. |
| Survey of parameters estimation methods | |
| MACHEK J., MIKOLASEK M. |
| T Integral | |
| YIN S. |
| Temperature and Frequency Effects on Fatigue Crack Propagation | |
| SCHUCHTAR E., PLUMTREE A. |
| Tensile Strength of Prestressing Steels Under Transversal Loads | |
| VALIENTE A., ELICES M., TORIBIO J. |
| Testing of Cracking Sensitive Materials by the Method of X - Ray Fractographic | |
| SAPRDCIN V. Yu. |
| Testing of Plastic Deformation and Crack Propagation by the Electrical Potential Method | |
| PETER A., FEHERVARY A. |
| The Behaviour of a Perpendicular Penny-Shaped-Crack Situated Closely to the Free Surface of a Halfspace | |
| FISCHER F. D., MAYRHOFER K. |
| The Development of a Plastic Hinge Ahead of a Growing Crack | |
| GORDON J. R. |
| The Distribution of Stress-Intensity Factors for a Large Crack Distributed by a Small Crack | |
| FISCHER F. D., MAURER K. L., DAVES W. |
| The Effect of Intercrystalline Decohesion on Fracture Toughness of Ultra-High Strength Steels | |
| POKLUDA J. |
| The Effect of J-Integral Estimation Procedure and Side-Grooving on J-Resistance Curves for A533 B Steel | |
| BARNBY J. T. et al |
| The Effect of Realistic Service Loading Upon the Fatigue Behaviour of Welded Tubular Joints in Air and Seawater | |
| KAM J. C. P. |
| The Effect of Stress Level on Short Crack Growth Rates in Nimonic AP-1. | |
| WOOLLIN P. |
| The Effect of the Grain Size on the Critical Depth for the Evaluation of Long-life Fatigue Strength Using the Critical Depth Criterion | |
| FLAVENOT JF., LU J. 451 |
| The Evolution of a Slender Crack under Diffusion Mass Transfer Conditions | |
| KOSEVICH A. M., FELDMAN E. P., STRELTSOV V. A. |
| The Failure and Repair of a 300 MN Percussion Press Slide Block | |
| MAURER K. L., FISCHER F. D., RAMMERSTORFER F. G. |
| The General Regularities of the Fracture of Structural Materials | |
| BOTVINA L. R. |
| The Influence of a Static Shear Load on Slow Mode I Fatigue Crack Growth | |
| STANZL S. E. |
| The Influence of Damages on Crack Initiation in the Overheating Zone of Welded Joints | |
| AMMOSOV A. P., POPOV V. V., LARIONOV V. P. |
| The Influence of Environment and Metallurgical Factors on Fatigue Crack Growth of High Strength Steel | |
| MATOCHA K., HYSPECKA L., MAZANEC K. |
| The Influence of Intercritical Annealing on Stress Corrosion Cracking Behavior of High Strength Steel | |
| GONZALEZ J. J., GUTIERREZ—SOLANA F., VARONA J. M. |
| The Influence of Microstructure on the Hydrogen Induced Cracking Susceptibility of High Strength Steel | |
| ULE B., VODOPIVEC F., KOSEC L. |
| The Influence of Step-Cooling Heat Treatment on the Fracture Behaviour of 2.25 Cr - 1 Mo Steel | |
| HOLZMANN M., VLACH B., MAN J. |
| The Method of Defect Parameter Evaluation by Magnetic Field | |
| PYLTSOV I. S., NOVIKOVA I. A., SEMYONOV V. S. |
| The Model of the Brittle Failure in a Dual-Phase Composite of Damaged Structure | |
| MAISTRENKO A., KROMP K., MUELLER M. |
| The Propagation of Small Trans- granular Surface Cracks in High-Temperature Low-Cycle Fatigue | |
| LAANEME W. M. |
| The Regularity of Fatigue Cracks Initiation in Surface Hardened Steel | |
| BOYTSOV B. V., KRAVTCHENKO G. N., CHILIKIN I. N. |
| The Strength Deterioration of Steel Adhesive Joint in Aqueous Environment | |
| KAWASAKI T. |
| The Stress Approach to the Criteria for Mixed-Mode Fracture | |
| CHRYSAKIS A. C. |
| The Structural Life Prediction Under Creep or High-Cycle Fatigue Conditions | |
| SAMARIN Y. P. et al |
| The Use of Quantitative Fractography in Fatigue Crack Growth Studies | |
| KARLSSON B., WASEN J., L. SKURT |
| Thermomechanical Fracturing of Rock: Application to Deep Geothermy | |
| BERTHOMIEU G., JOUANNA P. |
| To Approaches of Elastic-Plastic Fracture Mechanics | |
| KALNA K. |
| Utilization of Stray (Fringing) Fields Mathematical Modell in Defects Growth Tracing in the Monitored Objects with the Aid of Electronic Computer | |
| NOVIKOVA I. A. |
| X - Ray Analysis of Low-Alloy Steel from Steam Pipings Subjected to Creep | |
| PETROVA R., KANEV S., GEORGIEV I. |