Experimental investigation of waveguide dynamics for the medicalinvasion treatment

摘要

The aim of the article is to introduce into usage of waveguide for the medical invasion treatment and to provide methodsthat allow investigating the vibrations of the stainless steel waveguide by combining non-contact techniques with thestate-of-the-art multiphysics software. The vibrations of the waveguide, used in surgery are examined by the aids of thehybrid numerical-experimental techniques, acoustic emission method, holographic interferometry technique andvibrometer based on Doppler shift of backscattered laser ligh.t The virtual modeling of the waveguide is used by theComsol Multiphysics software.