作者: M. Heydari , K. Khalili , S. Y. Ahmadi-Brooghani
DOI: 10.1002/AIC.16027
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摘要: Drying process plays an important role in the manufacturing of many products such as ceramic, kitchenware and building materials, some which have complex 3D geometry. To deal with restrictions found literatures, a numerical approach was used to describe drying porous Clay-like material. The problem investigated involves highly coupled equations considering heat, mass mechanical aspects. model is validated through comparison experimental measurements simulation result. Simulation results show that increasing initial moisture content reducing temperature same privilege without significant increase time, it reduces slightly amount maximum stress but delays occurrence time stress. non-uniform heat expansion induced stresses are very small shrinkage can be neglected simulation. This article protected by copyright. All rights reserved.