现代应用物理Issue(1)：59-62,4.
帽型梁落锤轴向冲击实验及有限元分析
Experiment and the Finite Element Analysis for Hat-Beam Structure Under Axial Crash of Dropping Hammer
摘要
Abstract
Experiments were carried out on a hat-beam structure with a length of 300 mm to investigate its deformation and energy absorption characteristics under axial crash of a drop-ping hammer.The force-displacement curves got from the tests on the samples with different thickness were comparedand their buckling behaviors and energy absorption characteristics were analyzed based on the finite element simulation with LS-DYNA.The results indicate that the thinner samples would likely bendand the samples with the thickness of 1 .0 mm have better energy absorption efficiency than the ones with the thickness of 1.2 and 0.8 mm. The simulation results agree well with the experimental results.关键词
固体力学/帽型梁/落锤/冲击能量吸收/有限元方法Key words
solid mechanics/hat-beam structure/hammer/energy absorption/finite ele-ment method分类
能源科技引用本文复制引用
王特捷,付应乾,俞鑫炉,周刚毅,董新龙..帽型梁落锤轴向冲击实验及有限元分析[J].现代应用物理,2014,(1):59-62,4.基金项目
浙江省重中之重“近海冲击与安全”学科项目开放课题资助 （）
