Vibration Analysis of 300 mesh Soy Bean Crusher Based on Finite Element Method
Vibration Analysis of 300 mesh Soy Bean Crusher Based on Finite Element Method
프라타마 판두 산디(부산대학교); 수페노 데스티아니(부산대학교); 변재영(부산대학교 바이오산업기계공학과); 우지희(부산대학교); 이은숙(부산대학교); 남미경(부산대학교); 황현지(부산대학교); 키프 디마스 하리스 신(부산대학교); 이강삼(부산대학교); 최원식(부산대학교)
20권 5호, 359~364쪽
초록
A machine such as bean crusher machine is subjected to different loads and vibration. Due to this vibration there will be certain deformations which affect the performance of the machine in adverse manner. This paper proposed a vibration analysis of bean crusher machine using ANSYS. The Finite Element Method (FEM) analysis is carried out to study the effect of vibration on the structure in order to ensure the safety. This work helps the machine developer make a better product at the early design stage with lower cost and faster development time. To do this, firstly, using Inventor, a CAD model is prepared. Secondly, the analysis is to be carried out using ANSYS 15. The modal analysis and random vibration analysis of the structure was conducted. The analysis shows that the proposed design was successfully shows the minimum deformation when the vibration was applied in normal condition.
Abstract
A machine such as bean crusher machine is subjected to different loads and vibration. Due to this vibration there will be certain deformations which affect the performance of the machine in adverse manner. This paper proposed a vibration analysis of bean crusher machine using ANSYS. The Finite Element Method (FEM) analysis is carried out to study the effect of vibration on the structure in order to ensure the safety. This work helps the machine developer make a better product at the early design stage with lower cost and faster development time. To do this, firstly, using Inventor, a CAD model is prepared. Secondly, the analysis is to be carried out using ANSYS 15. The modal analysis and random vibration analysis of the structure was conducted. The analysis shows that the proposed design was successfully shows the minimum deformation when the vibration was applied in normal condition.
- 발행기관:
- 한국산업융합학회
- 분류:
- 기타공학일반