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Abstract:
The Finite Element Analysis（FEA） and response surface optimization is of great significance in furniture design optimization can not only save costs, but also to protect the environment. In our study we are going to use FEA and response surface optimization in order to optimize Total Deformation Maximum and Solid Mass of bookcase shelf in ANSYS Workbench collaborative software. The results showed that: The Total Deformation Maximum mainly due to the positive impact of length, followed by the negative impact of depth, almost without wide impact, The length increases, the Total Deformation Maximum synchronous increase; with decreasing depth, the Total Deformation Maximum increases Solid Mass that is affecting the three parameters, namely the degree of influence length, depth, width. When the length of 773 mm, width of 253.73 mm, depth of 15.157 mm, the Total Deformation Maximum of bookcase shelf is 4.681mm, the Solid Mass of 2.2275 kg, which is attained optimal goal. At the same time, the use of FEA and respons
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