SHELL STRUCTURES INTERACTING WITH LIQUID AND THEIR APPLICATIONS IN BIOMECHANICS

Abstract

The effective numerical method is proposed to analyse different fluid-structure interaction problems. The approach based on the mode superposition method, allow us to consider variety of problems concern with vibrations of elastic structure interacting with liquids. Both boundary and finite element methods as well as their combination have been implemented in numerical simulations. The benchmark tests verify the convergence, accuracy, and reliability of the developed approach. One of the most interesting applications of this method is the possibility of studying the phenomena that occur with the tympanic membrane as a result of the impact load.