Advances in Fracture Research: Proceedings of the 5th International Conference on Fracture (ICF5), Cannes, France, 29 March - 3 April 1981, Volume 6D. Francois Advances in Fracture Research, Volume 6, documents the proceedings of the 5th International Conference on Fracture (ICF5) held in Cannes, France, 29 March-3 April 1981. The conference was attended by 670 participants from 26 countries. The program consisted of plenary sessions with invited speakers, technical sessions with contributed papers, a poster session, and two round table discussions. This volume contains 14 papers that deal with topics such as advancements in fracture mechanics; the application of fracture mechanics in three areas: damage tolerance requirements for aircraft structures, toughness requirements for bridges and heat up and cool down schedule, and evaluation of in service NDE indications for nuclear pressure vessels; and the analysis of crack-tip stress and strain fields for stationary and growing cracks in inelastic solids under monotonic loading. Also included are papers on the impact of environment on fracture; the problem of fracture of large concrete structures; and microcracking in hydrogenated austenitic steels. |
Contents
Allocution prononcée par Monsieur Gilles POMEY Président de la Société Française de Métallurgie | 2637 |
Chapter 1 ADVANCEMENTS IN MACROSCOPIC FRACTURE MECHANICS | 2641 |
Chapter 2 PROGRESS IN THE PRACTICAL APPLICATIONS OF FRACTURE MECHANICS | 2649 |
A SURVEY OF CURRENT STATUS | 2669 |
Chapter 4 INFLUENCE OF ENVIRONMENT ON FRACTURE | 2685 |
Chapter 5 PRACTICAL APPLICATION OF FRACTURE MECHANICS | 2705 |
Chapter 6 CRACK TIP SINGULARITY ANALYSIS AND COMPUTATION | 2709 |
Chapter 7 GENERAL CONCLUSIONS ABOUT THEME 4 ELASTOPLASTIC FRACTURE MECHANICS | 2713 |
Chapter 9 EXPERIMENTAL AND NUMERICAL DETERMINATION OF Kic AND Gic FOR MICROCONCRETE | 2719 |
Chapter 10 MOLECULAR MICROMECHANICS OF POLYMER FRACTURE | 2725 |
Chapter 11 COMPUTER SIMULATION OF MICRO AND MCROMECHANISMS OF FIBRE REINFORCED COMPOSITE FRACTURE | 2735 |
Chapter 12 MICROCRACKING DYNAMIC IN HYDROGENATED AUSTENITIC STEELS | 2743 |
Chapter 13 EFFECT OF THE TRIAXIALITY AND OF THE SHAPE AND CONTENT OF SECOND PHASE PARTICLES ON THE STRAIN AMPLI... | 2753 |
Chapter 14 AN IMPROVED METHODOLOGY FOR PREDICTING RANDOM SPECTRUM LOAD INTERACTION EFFECTS ON FATIGUE CRAC... | 2761 |
AUTHOR INDEX | 2771 |
| 2777 | |
Common terms and phrases
analysis APPLICATIONS OF FRACTURE ASTM austenitic behavior bond brittle characterization Charpy composite corrosion fatigue crack advance crack arrest crack extension crack growth rate crack initiation crack length crack propagation crack tip stress creep crack growth cyclic debonding deformation ductile dynamic effects elastic-perfectly plastic elastic-plastic environment experimental fatigue crack growth fibre figure flaw fracture mechanics fracture process fracture toughness growing crack high strength hydrogen ICF5 influence interaction linear elastic martensitic material matrix measure metal method microcracking micromechanisms microstructure Mode near-tip notch opening displacement overload parameter plane strain plastic zone polymer predictions ratio region residual stresses rupture SINGULARITY ANALYSIS singularity fields small scale yielding solid specimen spectrum loadings Speidel stainless steels strain hardening strain-rates stress and strain stress corrosion cracking stress intensity factor structure subcritical crack growth superalloy surface temperature tensile Theme threshold tip stress field triaxiality weld yield strength