Design And Analysis Of Support Structure For Gyrotron Components

Abstract

Gyrotron is one of the subassembly in Tokomak reactor use to heat plasmas in nuclear fusion research experiments. Now a days Gyrotron is considered as rapid heating tool for process industries also. It is highly desirable to provide proper support structure to the gyrotron components as it is working under high rotational speed, high pressure and temperature environment. The basic aim of the present work is to design and analyze the support structure for gyrotron Component to sustain the such dynamic loading. The Basic requirement of support structure is to provide support to Gyro Component & accurate alignment to all the components like collector magnet, MIG magnet and gyro-tube of subassembly gyrotron .The Design of support structure is carried out with analytical solution techniques for each component's support structure. With the help of design calculations a support structure assembly modal is prepared which is used for further analysis. The working enviroment demands for the structural analysis,seismic analysis and thermal analysis for the support structure components,To accomplish this task support strucutre assembly model is analized for the structural analysis,seismic analysis and ther- mal analysis with the help of standard FEA tool. Result of which are coming satisfactory and can be further utilized for the purpose of the preventive maintainance and to avoid accidents.