A fast numerical method based on static reduction for the solution of the contact problem of the piston ring

This paper provides a fast method based on static reduction for the solution of the displacements of the piston ring's contact nodes. The nodal displacements and the corresponding nodal forces of the contact nodes are connected by the contact stiffness matrix which is obtained through performin...

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Main Authors: Liu Yuwei, Li Heyan, Ye Fuhao
Format: Article
Language:English
Published: Emergency Management Press 2017-08-01
Series:矿业科学学报
Subjects:
Online Access:http://kykxxb.cumtb.edu.cn/article/id/87
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author Liu Yuwei
Li Heyan
Ye Fuhao
author_facet Liu Yuwei
Li Heyan
Ye Fuhao
author_sort Liu Yuwei
collection DOAJ
description This paper provides a fast method based on static reduction for the solution of the displacements of the piston ring's contact nodes. The nodal displacements and the corresponding nodal forces of the contact nodes are connected by the contact stiffness matrix which is obtained through performing static reduction on a finite element description of the two dimensional model of the piston ring in an internal-combustion engine. Given applied loads, the displacements of the contact nodes can be quickly obtained, and vice versa. The numerical result is compared with that of analytical and the error is less than 2% which indicating the accuracy of this numerical method. Using this method, free shape of the piston ring can be easily designed to ensure the requirements of the contact pressure of the piston ring, which will improve wear resistance and service life of the piston ring.
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spelling doaj.art-91097e12854444deaaeeb1642bafee142022-12-22T02:50:53ZengEmergency Management Press矿业科学学报2096-21932017-08-0124389394A fast numerical method based on static reduction for the solution of the contact problem of the piston ringLiu Yuwei0Li Heyan1Ye Fuhao2School of Mechanical Electronic and Information Engineering, China University of Mining and Technology, Beijing 100083, ChinaSchool of Mechanical Engineering, Beijing Institute of Technology, Beijing 100081, ChinaBeijing Benz Automotive Company Limited, Beijing 100176, ChinaThis paper provides a fast method based on static reduction for the solution of the displacements of the piston ring's contact nodes. The nodal displacements and the corresponding nodal forces of the contact nodes are connected by the contact stiffness matrix which is obtained through performing static reduction on a finite element description of the two dimensional model of the piston ring in an internal-combustion engine. Given applied loads, the displacements of the contact nodes can be quickly obtained, and vice versa. The numerical result is compared with that of analytical and the error is less than 2% which indicating the accuracy of this numerical method. Using this method, free shape of the piston ring can be easily designed to ensure the requirements of the contact pressure of the piston ring, which will improve wear resistance and service life of the piston ring.http://kykxxb.cumtb.edu.cn/article/id/87static reductioncontact problemfinite element methodpiston ring
spellingShingle Liu Yuwei
Li Heyan
Ye Fuhao
A fast numerical method based on static reduction for the solution of the contact problem of the piston ring
矿业科学学报
static reduction
contact problem
finite element method
piston ring
title A fast numerical method based on static reduction for the solution of the contact problem of the piston ring
title_full A fast numerical method based on static reduction for the solution of the contact problem of the piston ring
title_fullStr A fast numerical method based on static reduction for the solution of the contact problem of the piston ring
title_full_unstemmed A fast numerical method based on static reduction for the solution of the contact problem of the piston ring
title_short A fast numerical method based on static reduction for the solution of the contact problem of the piston ring
title_sort fast numerical method based on static reduction for the solution of the contact problem of the piston ring
topic static reduction
contact problem
finite element method
piston ring
url http://kykxxb.cumtb.edu.cn/article/id/87
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AT yefuhao afastnumericalmethodbasedonstaticreductionforthesolutionofthecontactproblemofthepistonring
AT liuyuwei fastnumericalmethodbasedonstaticreductionforthesolutionofthecontactproblemofthepistonring
AT liheyan fastnumericalmethodbasedonstaticreductionforthesolutionofthecontactproblemofthepistonring
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