Application of a Kinematic Transformation Model to Heat Transfer and Thermal Stress Analysis

Application of a Kinematic Transformation Model to Heat Transfer and Thermal Stress Analysis

A kinetic model of phase transformation derived statistically from experimental results has been introduced to analyze thermal stresses in a steel plate under the thermo-mechanical control process. The method enables us to predict the stresses more accurately than the conventional method which treat...

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Veröffentlicht in:Journal of the Society of Materials Science, Japan Japan, 1988/10/15, Vol.37(421), pp.1146-1152
Hauptverfasser: ARIYOSHI, Toshihiko, FUKUDA, Keiji, YATA, Hiroshi, SUEHIRO, Masayoshi
Format: Artikel
Sprache:eng ; jpn
Schlagworte:
Thermal stress
Thermo-mechanical control process
Transformation
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container_end_page 1152
container_issue 421
container_start_page 1146
container_title Journal of the Society of Materials Science, Japan
container_volume 37
creator ARIYOSHI, Toshihiko
FUKUDA, Keiji
YATA, Hiroshi
SUEHIRO, Masayoshi
description A kinetic model of phase transformation derived statistically from experimental results has been introduced to analyze thermal stresses in a steel plate under the thermo-mechanical control process. The method enables us to predict the stresses more accurately than the conventional method which treats the latent heat of phase transformation as a time-independent function of temperature. By using the method developed in this paper, it was shown that instability of plate flatness in the thermo-mechanical control process is induced by phase transformation and occurs in a heavy plate with thickness about 20mm.
doi_str_mv 10.2472/jsms.37.1146
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1880-7488
language eng ; jpn
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subjects Thermal stress
Thermo-mechanical control process
Transformation
title Application of a Kinematic Transformation Model to Heat Transfer and Thermal Stress Analysis
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