E.V.Boychuk, Ya.A.Zhuk, I.K.Senchenkov Stress waves in a cylinder excited by thermal pulse at its face |
Acoustic bulletin, Vol. 9 ¹ 3, (2006) |
| The process of generation and propagation of stress waves, caused by the thermal impact at the face of a long thin steel cylinder, are studied within the framework of posing the coupled thermomechanics problem, involving the thermodynamically consistent theory for inelastic behavior of the material. The problem in the dynamic statement is solved by the finite element method developed for modeling the coupled thermomechanical behavior of nonlinear materials. Properties of the thermomechanical state in the vicinity of the thermal pulse effect, stress wave propagation accompanied with temperature variation, and relationships between the thermal pulse and stress wave parameters have been analyzed. |
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KEY WORDS: coupled fields, thermal stresses, inelastic material, thermodynamically consistent theory, finite element method |
| TEXT LANGUAGE: Russian |