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An approach to the numerical simulation of wood drying based on the finite element method is presented. Wood, as a hygroscopic, strongly anisotropic porous material, must be dried before being used for a practical purpose. Wood drying leads to a combination of vapor, bound water, and free water movement. A numerical simulation of the drying process of wood involves three fundamental phenomena: heat...
In order to study the temperature distribution of deep field, mathematical models of temperature field in field and surrounding rock were built based on heat transfer and seepage theory. Combined test data with mathematical model, the temperature distribution under heat-transfer and underground-water coupling was studied by using Golden Software Surfer and Matlab. The results show that distribution...
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