Paper Title:

A Method of Analysis to Estimate Thermal Down-Shock Stress Profiles in Hollow Cylinders when Subjected to Transient Heat/Cooling Cycle

Periodical Advanced Materials Research (Volume 445)
Main Theme Materials and Manufacturing Technologies XIV
Chapter Chapter 9: Other Related Process
Edited by Faruk Yigit and Mohammed S. J. Hashmi
Pages 893-898
DOI 10.4028/www.scientific.net/AMR.445.893
Citation M.A. Ali et al., 2012, Advanced Materials Research, 445, 893
Online since January 2012
Authors M.A. Ali, S.T. Hasan, D.P. Myriounis
Keywords Cylindrical Shell, Down-Shock, Thermal Shock, Thermal Stress
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An empirical solution for the thermal shock stresses in cylindrical shell presented when cylinder is subjected to heating or re-heating case and down-shock cooling by forced air case. Linear equations are developed to describe the severity of thermal shock loading. When thermal gradient and time period are in consideration, it is shown the equations displays good approximation for major characteristics of the thermal shock stress profiles.