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• The simulation app for mixed-EHL rolling-sliding line contacts has been developed based on the capabilities of the Cam-Roller-Interface Tribotester (CRT-01).    Read More
• Contact mechanics code useful for calculating subsurface stress
• This thesis considers lubrication and wear in artificial joint replacements. The lubrication theory and model development is described in details    Read More
• 'The correct lubricant' covers basic practical information about lubricants in automotive and industrial areas. It is written for users of    Read More
• This work demonstrates the importance of summit parameters for an anisotropic Gaussian rough surface. It is shown that lay direction    Read More
• A script that solves the linear complementarity problem associated with the Boussinesq contact mechanics problem   h = K*p+g, h'*p=0, h,p    Read More
• Matlab routines solving a linear complementarity problem appearing in lubrication with cavitation. Can also be found at the file    Read More
• These m-files calculate the adhesive parameters of the contact between 2 spheres based on the mechanical and geometrical properties of    Read More
• A Matlab code (GUI) for calculation of friction coefficient in mixed lubricated conditions. Asperity based, including statistical (Greenwood and Williamson),    Read More
• The code plots the stress field along x direction due to a cuboid strain located in the center of coordinates    Read More
• A Matlab based line contact EHL solver with artificial diffusion for highly loaded cases. The degree of the diffusion is    Read More
• A Matlab based line contact EHL solver. Fully coupled, differential deflection based numerical scheme. Finite difference discretization, central difference approximation    Read More
• A Matlab code for calculation of a semi-analytical solution of transient 1D Reynolds equation using Grubin's approximation. At first, the    Read More
• A Matlab code for calculation of a semi-analytical solution of    Read More
• A Matlab file with the analytical solution of 1D Reynolds    Read More
• Calculates central film thickness for line and point contacts using    Read More