Multi-objective parameter optimization design of hydrostatic supporting system using ideal point method

作者：Ye Hong Ling^*; Wei Xu Hao; Zheng Xiao Long; Liu Zhao Miao

来源：Chinese Journal of Computational Mechanics, 2011, 28(SUPPL. 1): 117-121.

• Advanced manufacturing
• Design variables
• High-precision
• Ideal points
• Independent innovation
• Maximum displacement
• Mechanical performance
• Multi objective
• Multi-disciplinary optimizations
• Objective functions
• Oil films
• Optimal model
• Optimization models
• Parameter optimization
• Structural strength
• Supporting systems

In this paper, an explict expression of objective function which satisfies with the structural strength and stiffness is formulated by taking advantage of Multi-disciplinary Optimization Theory. Moreover, a Single-objective optimal model, with the minimum of the maximum displacement of the structure and the minimum of the maximum Von Misses stress of the element as optimization objective, and the dimensionless elastic modulus and oil film stiffness as design variables, is established, which refers to the general performance of structure as objective. In addition, the parameters for the systemic mechanical performance improvement are obtained in consequence of the solution for the optimization model above. Hence, the research in this paper will be of great theoretical signification and practical value to enhance the carrying capacity and performance of the CNC Turntable, satisfy the demand for high-precision machining, promote the independent innovation and development of advanced manufacturing.

• 出版日期2011
• 单位北京大学