拜托查询论文是否被EI和ISTP检索及收录,题目：Energy-Absoring Characteristics of

拜托查询论文是否被EI和ISTP检索及收录,题目：Energy-Absoring Characteristics of the stiffened Thin-Wa
Energy-Absoring Characteristics of the stiffened Thin-Walled Tubes Subjected to Lateral Crushing这是完整题目

ISTP收录了,相关信息如下：
Energy-Absorbing Characteristics of the Stiffened Thin-Walled Tubes Subjected to Lateral Crushing
作者:Wang QC (Wang Qingchun)1,Niu HL (Niu Haolong)1,Wang YX (Wang Yuxin)1,Wang GQ (Wang Guoquan)
编者:Jiang Y; Chen X
来源出版物:ICMS2010:PROCEEDINGS OF THE THIRD INTERNATIONAL CONFERENCE ON MODELLING AND SIMULATION,VOL 1 - ENGINEERING COMPUTATION AND FINITE ELEMENT ANALYSIS 丛书:Modelling and Simulation-World Academic Union 卷:1 页:156-162 出版年:2010
被引频次:0 参考文献:12 引证关系图
会议信息:3rd Joint International Conference on Modelling and Simulation/3rd International Conference on Information and Computing Science
Jiangnan Univ,Wuxi,PEOPLES R CHINA,JUN 04-06,2010
Int Soc Modelling & Simulat; Int Soc Informat & Comp Sci; World Acad Union; Nanjing Univ Sci & Technol
摘要:Different stiffen methods were adopted to increase the lateral energy absorbing capacity of the popularly used hat sections.Lateral energy-absorption performance of the stiffened thin-walled tubes was studied numerically via non-linear finite element code Is-dyna.First non-stiffened hat section subjected to quasi-static lateral crushing was simulated,then structures with different stiffened parameters were calculated,finally energy absorption capacity of these structures were compared.Results showed that,for the appropriate designed stiffened tube,the internal energy absorbed was increased significantly compared to the non-stiffened; the mass specific energy absorption capacity increased more than 40%.The improvement of the bending crashworthiness was mainly due to the contact of opposite faces of the stiffened structures.
文献类型:Proceedings Paper
语言:English
作者关键词:stiffen tube; thin-walled tubes; lateral compression; energy-absorbing capacity; Ls-dyna
KeyWords Plus:BENDING COLLAPSE RESPONSE; CIRCULAR TUBES; PRE-COLLAPSE; COLUMNS; ALUMINUM
通讯作者地址:Wang,QC (通讯作者),Beijing Forestry Univ,Sch Technol,Beijing,Peoples R China
地址:
1.Beijing Forestry Univ,Sch Technol,Beijing,Peoples R China
电子邮件地址:wangqingchun@bjfu.edu.cn
出版商:WORLD ACAD UNION-WORLD ACAD PRESS,113,ACADEMIC HOUSE,MILL LANE,WAVERTREE TECHNOLOGY PARK,LIVERPOOL,L13 4 AH,ENGLAND
学科类别:Computer Science,Interdisciplinary Applications; Engineering,Multidisciplinary; Mathematics,Applied
IDS 号:BQX92
ISBN:978-1-84626-151-0
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