M. Demiral, A. Roy
A comparison of a dynamic indentation method with a quasi-static one is used to study evolution of penetration and a generated force in the indentation process. Turning (a machining process) and dynamic indentation techniques are expected to have similar ranges of strain, strain rate and stress values in the process zone of a workpiece in a case of similar kinematics and boundary conditions. Here, we study the underlying mechanics of these two techniques. Based on advanced finite-element models, similarities and differences between the indentation and turning processes are elucidated. This study demonstrates that some critical cutting parameters can be predicted from indentation process; however, noticeable differences in the underlying deformations do exist.
@article{8bdf67f9-4208-4927-99f1-be25c1aa004e,
title={Deformation Processes of Advanced Alloy},
author={M. Demiral and A. Roy},
year={2026},
language={en}
}TY - JOUR TI - Deformation Processes of Advanced Alloy AU - M. Demiral AU - A. Roy PY - 2026 LA - en ER -
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