A Development of the Tire Interfacing Using the Reduction Method

모델 축소법을 이용한 타이어 인터페이싱 개발

  • Published : 2003.06.01

Abstract

In order to develop the reduced tire modal model for analyzing a full tire model, the Craig-Bampton method is utilized in this paper. When the tire contacts the road, the Abaqus solver extracts the condensed stiffness, coupled mass and mode shape matrix about the node, which contacts the road. The Abaqus full tire model is reduced using the substructure method utilizing Craig-Bampton algorithm. Then, the extracted matrices are interfaced with the superelement, which is fed to the Nastran reduction algorithm. Eventually, the reduced tire model is verified from experiment and various reduction parameters (i.e. modal number, reduction point, etc.) are studied for the effectiveness of the proposed paper.

Keywords

References

  1. AIAA Journal v.3 no.2 Reduction of Stiffness and Mass Matrices Guyan,R.J.
  2. AIAA Journal v.6 no.7 Coupling of Substructures of Substructure for Dynamic Analysis Craig Roy R. Jr.;Merbvn,C.;Bampton,C.
  3. TST v.11 no.1-4 Simulation Model of Tire Vibration Takayama,M.;Yamagishi,K.
  4. Seminar Note Sub-Structures and Submodeling with ABAQUS Hibbitt,R.;Karlsson,Y.;Sorensen,C.
  5. Journal of Sound and Vibration Model Reduction Using Dynamic and Iterated IRS Techniques Friswell,M.I.;Garvey,S.D.;Penny,J.E.T.
  6. 한국박용기관학회지 Substructure Synthesis Method using Dynamic Reduction 박석주
  7. Proceedings of the 7th International Modal Analysis Conference A Procedure for an Improved Reduced System (IRS) O'Callahna,J.C.