A newly treated boundary conditions to enhance accuracy of finite element analysis for orifice-type aerostatic bearings.
Yangong WuZheng QiaoJiadai XueBo WangWentao ChenPublished in: Adv. Eng. Softw. (2022)
Keyphrases
- boundary conditions
- finite element model
- finite element analysis
- finite element
- sufficient conditions
- finite element method
- numerical solution
- boundary value problem
- neural network
- spline interpolation
- shape from shading
- material properties
- experimental data
- deformation field
- friction coefficient
- reaction diffusion
- expert systems
- computer vision