Plastic Deformation Analysis of Rotating Band by Three-Dimensional Finite Element Method Using Recurrent Boundary Condition

반복경계조건을 도입한 3차원 유한요소법에 의한 회전탄대의 소성변형 공정해석

  • Published : 1996.06.01

Abstract

The main objective of the study is to offer some basic information in relation to optimal shape and dimensions of the rotating band through the development of three-dimensional finite element method for metal forming analysis of the rotating band whose primary function is to impart spin to the projectile. The three-dimensional metal forming analysis of the rotating band has perfor-med by using recurrent boundary conditions. Such design factors as the outside diameter the total length and the profile of the rotating band must be considered carefully in order to design an optimal rotating band. Above design factors can be determined from such available analysis results as the deformed shape and the deformation load. of the rotating band and the normal pressure of the rotating band on a projectile shell. The remeshings are needed to carry out plastic deformation analysis with severe deformation through which the complete process analysis gets possible. The results can be utilized effectively in determining the optimal shape and size of the rotating band.

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References

  1. Int. J. Mech. Sci. v.30 Rigid-plastic finite element analysis of three-dimensional forging by considering friction on continuous curved dies with initial guess generation J. H. Yoon;D. Y. Yang
  2. Int. J. Mech. Sci. v.32 A three-dimensional rigid-plastic finite element analysis of bevel gear forging by using a remeshing technique H. H. Yoon;D. Y. Yang
  3. Instn.Mech.Engrs., Part B : J. of Engng. Manufacture v.205 A three-dimensional rigid-plastic finite element analysis of spur gear forging using the modular remeshing technique D. Y. Yang;N. K. Lee;J. H. Yoon;J. L. Chenot;N. Soyris
  4. J. of Materials Eng. and performance v.2 A three-dimensional simulation of isothermal turbine blade forging by the rigid0-viscoplastic finite element method D. Y. Yang;N. K. Lee;J. H. Yoon
  5. Int. J. Numer. Meth. Engng. v.4 On the principle of repeatability and its application in analysis of turbine and pump impellers O. C. Zienkiewicz;F. C. Scott
  6. Int. J. Mech. Sci. v.36 no.2 Finite element analysis of steady-state three-dimensional helical extrusion of twisted sections using recurrent boundary conditions Y. B. Park;J. H. Yoon;D. Y. Yang