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A New Multilevel Contact Model Between Rough Surfaces
By: Xin Jin; Zhijing Zhang; Weiren Wu; Qin Liu; Fuchang Zuo;
2010 / IEEE / 978-0-7695-4286-7
Description
This item was taken from the IEEE Conference ' A New Multilevel Contact Model Between Rough Surfaces ' The contact between real rough machined surface is simulated using a multilevel contact model in this paper. The model divide total surface deflection into macro and micro scale two parts. They are also calculated at the macro and the asperity level, respectively. Wavelet is used to decompose and reconstruct macro-scale contact model. Micro-scale contact model is established based on FFT method. Real asperity density and asperity radius are calculated from an FFT performed of the surface profile at asperity level. Finally, A real machine surface is simulated with this model on elastic and elasto-plastic contact.
Related Topics
Multilevel Contact Model
Rough Surface Machining
Wavelet Transforms
Fft Method
Surface Roughness
Rough Surfaces
Load Modeling
Surface Waves
Surface Reconstruction
Numerical Models
Plastics
Fast Fourier Transform
Multi-scale Contact Model
Contact Mechanicals
Wavelet Analysis
Elastoplastic Contact
Rough Surfaces
Mechanical Contact
Fast Fourier Transforms
Wavelet Transforms
Engineering
Surface Deflection