Titlebook: Impact Behavior and Pedestrian Protection of Automotive Laminated Windshield; Theories, Experiment Jun Xu,Yibing Li Book 2019 Science Press

代理人

Introduction,s solid because of the large viscosity of liquid melt and because the liquid melt during cooling cannot spread out to crystallize completely (.; Adv Ceram 31, 2010) [., .]. Glass products can be extensively popularized because the raw materials of glass, such as quartz and limestone, are distributed

卡死偷電

Numerical Computation Based on Finite Element Method,stablished to investigate the mechanical behavior of laminated windshield subject to headform impact. The modeling steps are described in detail, and the influencing factors of simulation for the two models are discussed. The simulation results of the two FE models are compared, and the better resul

MILK

Numerical Simulation Based on XFEM,acture characteristics of a windshield are widely recognized as among the most important factors in automotive crashworthiness. The crack profiles (e.g., length and pattern) on the windshield material provide critical information regarding impact speed (which is extremely useful in accident reconstr

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口訣法

Accident Reconstruction Based on Laminated Windshield Cracking,ype of traffic accidents. Considerable efforts have been exerted to improve the protection of vulnerable road users, particularly pedestrians, against injuries and deaths. Evidently, traffic accident reconstruction techniques, which play an important role in accident investigations, should be studie

Gingivitis

Science Press, Beijing and Springer Nature Singapore Pte Ltd. 2019

expeditious

https://doi.org/10.1007/978-981-13-2441-3Automotive windshield; Laminated glass; Dynamic mechanical behavior; Safety design; Finite element analy

BIAS

liaison

Jun Xu,Yibing LiPresents detailed tests, analytical and modeling methods for laminated glass.Offers an in-depth analysis of the mechanical behavior of laminated glass.Provides step-by-step finite element analysis met

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