Experimental and Numerical Evaluation of Mechanical Stiffness of an SMC Bumper

G. Almondo; L. Citran; R. Tovo

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Experimental and Numerical Evaluation of Mechanical Stiffness of an SMC Bumper

机译：SMC保险杠机械刚度的实验与数值评估

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Bumpers made of compound materials represent the majority of those assembled on commercial trucks. Knowledge of their behaviour under static loading and the possibility of their numerical modelling are critical tasks at the design stage. Particular difficulties involve of characterising or predicting material properties (homogeneity and isotropy) before the actual technological process execution. So simplified approaches are necessary in practical design process to achieve a useful evaluation of the whole component behaviour.

机译：由复合材料制成的保险杠代表了在商用卡车上组装的大多数保险杠。在设计阶段，了解它们在静态载荷下的行为以及进行数值建模的可能性是关键任务。特别困难涉及在实际工艺过程执行之前表征或预测材料特性（均匀性和各向同性）。因此，在实际设计过程中必须采用简化的方法才能对整个组件的性能进行有用的评估。

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来源
《Key Engineering Materials》 |1998年第1998期|p.135-144|共10页
作者
G. Almondo; L. Citran; R. Tovo;
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原文格式 PDF
正文语种 eng
中图分类工程基础科学;
关键词
SMC; Truck Bumper; Experimental Techniques;

机译：SMC;卡车保险杠;实验技术;

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4. Experimental and Numerical Evaluation of Mechanical Stiffness of an SMC Bumper [C] . G. Almondo, L. Citran, R. Tovo Seminar on experimental techniques and design in composite materials . 1998

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Experimental and Numerical Evaluation of Mechanical Stiffness of an SMC Bumper

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