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Finite Element Analysis of Diamond Saw Blades to Prevent Steel Base Wear
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作者 HU Ying-ning 1,WANG Cheng-yong 2,WEI Xin 2,LI Zhi-guo 1 (1.Department of Mechanical Engineering,Guangxi University,Nanning 530 004,China 2.Department of Mechanical Engineering,Guangdong University of Technol ogy, Guangzhou 510090,China) 《厦门大学学报(自然科学版)》 CAS CSCD 北大核心 2002年第S1期299-,共1页
The FEM analysis of stress and deformation of steel base of the special diamond saw blades are carried out.The small carbide round segments are welded on the side of blades in order to increase the side wear re sistan... The FEM analysis of stress and deformation of steel base of the special diamond saw blades are carried out.The small carbide round segments are welded on the side of blades in order to increase the side wear re sistance of blade.Comparing with conventional saw blade,the maximum stress val ues of reasonable special saw blade are reduced respectively about 17%20% 33%,and the maximum deformation values are reduced respectively about 26%22 %44.7%in thetangential(X),radial(Y)and axial(Z)direction.The stress conce ntration zone is decreased for the special structure diamond saw blade.The stru ctures of diamond saw blade with different number of hard material pellet are an alyzed and optimized. 展开更多
关键词 diamond saw blades side wear finite element analysi s
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