Abstract
The elastic deformation of the human synovial joint in the standing and swing phases is presented in this paper, as well as the relationship between elastic muscle fibers and layer porosity using a mathematical model and analyzing the results with the appropriate boundary condition for the types of lubrication. During the gait cycle, elastic muscle fibers have a large impact on the magnetic field and the film (thinning of the thickness) of layers. The impact of elastic muscle fibers is to increase the hydrodynamic pressure and carry the load. We employed the double ZZ transformation as a strong tool to acquire a solution to the hydrodynamic pressure and bearing loads directly without finding the general solution of a differential equation.
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