Crashworthiness analysis of automobile thin-walled beams under axial load
Yang Wu
Abstract
Yang Wu
Abstract
Based on the fundamental theory of the non linear finite element method, and with the help of the software ANSYS/LS_DYNA, this article presents the numerical simulation of the structural crashworthiness of thin walled aluminum and A3 steel beams with typical cross sections submitted to axial load. A test of the axis crash is carried out for verifying the simulation,which shows that the simulation result has a strong correlation with the test data.
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Based on the fundamental theory of the non linear finite element method, and with the help of the software ANSYS/LS_DYNA, this article presents the numerical simulation of the structural crashworthiness of thin walled aluminum and A3 steel beams with typical cross sections submitted to axial load. A test of the axis crash is carried out for verifying the simulation,which shows that the simulation result has a strong correlation with the test data.
Key concepts: Crashworthiness, Structural engineering, Finite element method, Crash, Engineering, LS-DYNA, Computer simulation, Computer science