유한요소법을 이용한 디젤 엔진의 실린더블록-라이너-가스킷-에드 구조물에 대한 해석

An Analysis of Diesel Engine Cylinder Block-Liner-Gasket-Head Compound by Finite Element Method

  • 김주연 (정회원, 아시아자동차 서울연구소 엔진개발부) ;
  • 안상호 (아시아자동차 서울연구소 엔진개발부)
  • 발행 : 1997.05.01

초록

This paper presents the analysis technique and procedure of main engine components-cylinder block, cylinder liners, gasket and cylinder head-using the finite element method, which aims to assess mainly the potential of lower oil consumption in a view point of engine design and to decide subsequently the accuracy of engine design which was done. The F.E. model of an engine section consisting of one whole cylinder and two adjacent half cylinders is used, whereby the crankcase is cut off at the block bottom deck. By means of a 3-dimensional F.E. model-including cylinder block, liners, gasket, cylinder head, bolts and valve seat rings as separate parts a linear analysis of deformations and stresses was performed for three different loading conditions;assembly, thermal and gas loads. For the analysis of thermal boundary conditions also the temperature field had to be evaluated in a subsequent step.

키워드

참고문헌

  1. The International Colloquium on Automotive Lubrication The contribution of the Lube Oil to Particulate Emissions of Heavy-Duty Diesel Engines P. Triffhart;F. Ruhri;W. Cartellieri
  2. SAE 900586 Aspects of Influencing Oil Consumption in Diesel Engines for Low Emission Rolf J. Jakobs;Keri Westbrooke
  3. SAE 950938 An Experimental Study of the Effect of Cylinder Bore Finish on Engine Oil Consumption Stephen H. Hill;Triy C. Kantola;James R. Brown;Joseph C. Haelink
  4. T & N Symposium, Paper 16 Steel Piston Rings-State of Development and Application Potential H. J. Neuhaeuser;H. D. Jijina;R. Plant;G. Nicolini
  5. SAE 880142 The GOETZE Cylinder Distorsion Measurement System and the Possibilities of Reducing Cylinder Distorsions Klaus Loenne;Ron Ziemba
  6. Design and Applications in Diesel Engineering Practical Applications of Finite Elements in the Stressing of Diesel Engine Components Haddock A. K;S. Haddad(ed);N Watson(ed)
  7. SAE 870813 Current Applications of Finite Element Analysis to Diesel Engine Component Design M. A. Groeneweg
  8. SAE 670931 An Universally Applicable Equation for the Instantaneous Heat Transfer Coefficient in the Internal Combustion Engine Woschni G
  9. ASME Conference Contribution to the Design Optimization of Water Cooled Cylinder Head Affenzeller J