Keynote Lectures.
Historical bac kground and development of the Charpy test (L. Toth et al.).
Micromechanisms and the Charpy transition cu rve (D. Francois).
Finding G c for plastics using modified Charpy tests
(J.G. Willia ms, 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 t o a materials evaluation tool for structural integrity assessment (K. Wa llin et al.).
Selected Paper s.
Micromechanisms.
Inst rumented testing of simulated Charpy specimens made of microalloyed Mn-N i-V steel (S. Cvetkovski et al.).
On the utilization of the instrumented Charpy impact test for characterizing t he flow and fracture behavior of reactor pressure vessel steels (R. Chao uadi, A. Fabry).
Ductile-brittle transition evalu
Historical bac kground and development of the Charpy test (L. Toth et al.).
Micromechanisms and the Charpy transition cu rve (D. Francois).
Finding G c for plastics using modified Charpy tests
(J.G. Willia ms, 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 t o a materials evaluation tool for structural integrity assessment (K. Wa llin et al.).
Selected Paper s.
Micromechanisms.
Inst rumented testing of simulated Charpy specimens made of microalloyed Mn-N i-V steel (S. Cvetkovski et al.).
On the utilization of the instrumented Charpy impact test for characterizing t he flow and fracture behavior of reactor pressure vessel steels (R. Chao uadi, A. Fabry).
Ductile-brittle transition evalu
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