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摘要


In this paper, HyperWorks is used to statically analyse the traction frame of a caravan under four typical operating conditions to obtain the stress and strain distribution of the traction frame under different operating conditions, laying the foundation for the optimisation of the traction frame. Based on the analysis results, the dimensions were optimised using variable section techniques to achieve a lightweight component with the required strength and deformation.

參考文獻


Zhang Xiaoying. The "lightness" of automotive lightweighting [J]. Automotive Craftsman, 2020(6):1.(in Chinese).
Cai Ke Fang. Multi-objective collaborative optimization design for lightweighting of hybrid material body-in-white [D]. Jilin University, 2018. (in Chinese).
Zhang Minglun. Tianhai Precision Forging: "Light" as the focus, characteristic development[J]. Forging and Stamping, 2020(5):4. (in Chinese).
Yan Q. Laser welding technology for automobiles and current market development [J]. New Technology New Process, 2006(2):2. (in Chinese).
LONG Jun-Hua, WU Lin-Bo, AN Ruibing. Finite element strength analysis and lightweight design of vehicle frames[J]. Automotive Parts,2021(02):85-88. (in Chinese).

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