APPLICATION OF A POLYMER COMPOUND TO A PLANE SURFACE BY AN ELASTIC PLATE

A mathematical model of the hydroelasticity of a flow of a non-Newtonian fl uid in a wedge-shaped clearance with an elastic wall has been constructed. This wall represents a thin cylindrical elastic shell inextensible along its central axis, for which the Kirchhoff–Love hypotheses are true. A fl uid fl ow in the clearance was simulated in the approximation of the Reynolds lubrication theory with the use of an asymptotic approximation for the second invariant of the strain rate tensor. Results of numerical investigations with the mathematical model proposed are presented.
   
Author:  V. M. Shapovalov
Keywords:  mathematical simulation, non-Newtonian fluid, hydroelasticity, pressure, elastic plate, bend, force, moment
Page:  484