Abstract
This paper presents the results of an extensive literature review on the topic of heat and moisture transfer in 3D Garment CAD. The adaptive approach to modeling heat and moisture transfer process through fabric. An important premise of the model is that includes physical process, liquid and vaporpsilas phase change, and capillary effects. Heat and moisture transfer model can be attributed to three different important laws-mass conservation law, energy conservation law and capillary effects. All the model was simulated by a group of partial differential equations. One of the most important findings from our review of field evidence was that 1D heat and moisture transfer simulation model was more perfect than 2D or 3D heat and moisture transfer model. 3D model will be more real to approach the real condition.
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