典型文献
An analytical approach to modeling stress-strain relationship of particle-reinforced metal matrix composites
文献摘要:
An analytical model was established to simu-late the stress-strain curves of particle-reinforced metal matrix composites by the classical stress equilibrium equation and secant modulus method,where particle cracking and matrix tearing were taken into consideration.The stress-strain curves of the composites predicted by the model fit the experimental curves very well.The stress-strain relationship of the matrix affected by the particles is predicted exactly,and it is found that the yield stress of the matrix is influenced obviously by the particle content.The yield strength of the composites is also predicted by the model,and the results fit the experimental data very well.
文献关键词:
中图分类号:
作者姓名:
Zhao-Bing Xiang;Jun-Hui Nie;Shao-Hua Wei;Tao Zuo;Jian-Zhong Fan
作者机构:
National Engineering Technology Research Center for Nonferrous Metals Composites,General Research Institute for Nonferrous Metals,Beijing 100088,China
文献出处:
引用格式:
[1]Zhao-Bing Xiang;Jun-Hui Nie;Shao-Hua Wei;Tao Zuo;Jian-Zhong Fan-.An analytical approach to modeling stress-strain relationship of particle-reinforced metal matrix composites)[J].稀有金属(英文版),2022(11):3903-3910
A类:
secant
B类:
An,analytical,approach,modeling,stress,strain,relationship,reinforced,metal,matrix,composites,was,established,simu,late,curves,by,classical,equilibrium,equation,modulus,method,where,cracking,tearing,were,taken,into,consideration,predicted,fit,experimental,very,well,affected,particles,exactly,found,that,yield,influenced,obviously,content,strength,also,results,data
AB值:
0.459185
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