Paper number 764
|TRANSIENT THERMOELASTIC STRESSES THROUGH THE THICKNESS OF AN ANISOTROPIC LAMINATED PIPE|
F. Jacquemin, A. Vautrin
Mechanical and Materials Engineering Department, SMS Division
(école Nationale Supérieure des Mines de Saint- Étienne
158 cours Fauriel, 42023 Saint-Étienne cedex 2, France
|Summary||The aim of this paper is to present a new analytical approach to compute the internal stresses due to transient thermal fields through out laminate thickness within the framework of thermoelasticity,. The structures here considered are thick, laminated, anisotropic pipes of infinite length. These pipes are subjected to flux conditions on their inner and outer faces due to environmental conditions. Once the transient thermal field is determined, the thermoelastic stresses can be easily derived from the classical relations of solid mechanics.
||Keywords|| thermoelastic stresses, transient, thick pipe, laminate, anisotropy.
Theme : Composite Structures ; Pipes
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