Table of Contents
- Keynote Lectures.
Historical background and development of the Charpy test (L. Tóth et al.).
Micromechanisms and the Charpy transition curve (D. François).
cfor plastics using modified Charpy tests
(J.G. Williams, A. Rager).
Modelling of the Charpy test as a basis for toughness evaluation (W. Schmitt et al.).
Evolution of the Charpy-V test from a quality control test to a materials evaluation tool for structural integrity assessment (K. Wallin et al.).
Instrumented testing of simulated Charpy specimens made of microalloyed Mn-Ni-V steel (S. Cvetkovski et al.).
On the utilization of the instrumented Charpy impact test for characterizing the flow and fracture behavior of reactor pressure vessel steels (R. Chaouadi, A. Fabry).
Ductile-brittle transition evaluation of Japanese sword and weld metals using miniaturized impact specimens (T. Misawa, S.I. Komazaki).
Determination of rate dependent fracture toughness of plastics using precracked Charpy specimens (Z. Major, R.W. Lang).
Determination of geometry-independent fracture mechanics values of Polymers (W. Grellmann et al.).
Development in the instrumented impact test - computer aided instrumented impact testing systems (T. Kobayashi).
Analysined from Charpy V and impact Tensile test (T. Kobayashi et al.).
Dynamic fracture toughness determination using precracked Charpy specimens (D.M. Shuter).
Use of instrumented Charpy impact tests for the determination of fracture toughness values (H.-W. Viehrig et al.).
Use of Charpy impact testing to evaluate crack arrest fracture toughness (K. Müller, G. Pusch).
Predicting crack arrest behaviour of structural steels using small-scale material characterisation tests (C. Gallo et al.).
Fracture toughness determination in the ductile-to-brittle transition regime - precracked Charpy specimens compared with standard compact specimens (J. Heerens, D. Hellmann).
Correlating Charpy and J-fracture toughness parameters in structural integrity assessments (J.R. Tarpani, D. Spinelli).
Statistical treatment of fracture mechanics data and correlation with Charpy energy (A. Mannsfeld et al.).
An application of Charpy V testing: the pressure vessel surveillance program of nuclear pressurised water reactor in operation (N. Rupa et al.).
European pipeline research group studies on ductile crack propagation in gas transmission pipelines (R.M. Andrews, V. Pistone).
Charpy impact test modelling and local approach to fracture (A. Rossoll et al.).
Experimental analysis of Charpy V-notch specimens (B. Tanguy et al.).
Numerical modeling of Charpy V-notch tests (B. Tanguy et al.).
Finite element simulations of sub-size Charpy tests and associated transferability to toughness results (C. Poussard et al.).
- No. of pages: 494
- Language: English
- Copyright: © Elsevier Science 2002
- Published: June 18, 2002
- Imprint: Elsevier Science
- eBook ISBN: 9780080528977
- Hardcover ISBN: 9780080439709
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