A. Halim scite author profile

In this report a brief overview on the influence of the specimens’ geometry and, therefore, the stress triaxiality upon the elastic plastic fracture mechanics parameters and the stable crack extension will be given. Corresponding references to detailed publications will be given. First, possible variations of testing specimens’ geometries will be discussed and later the influence of stress state upon the plastic strain in case of failure will be quantitatively analysed for axialsymmetric, circumferrentially notched tensile specimens.

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Application of micromechanical models for predicting fracture toughness of sulphide controlled Fe 510 steels

Halim¹,

Dormagen²,

Dünnewald-Arfmann³

et al. 1987

Nuclear Engineering and Design

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A. Halim

On the Toughness Evaluation of Sulphide-Controlled Fe 510 Steel by Charpy-V-Impact, Fracture Mechanics, and Wide Plate Tests

Influence of stress triaxiality upon ductile crack propagation

Application of micromechanical models for predicting fracture toughness of sulphide controlled Fe 510 steels

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