Research and Simulation Design of Lightweight Technology Approaches for Integrated Forming of New Energy Vehicles,ERICDATA高等教育知識庫
高等教育出版
熱門: 朱丽彬  黃光男  王美玲  王善边  曾瓊瑤  崔雪娟  
高等教育出版
首頁 臺灣期刊   學校系所   學協會   民間出版   大陸/海外期刊   政府機關   學校系所   學協會   民間出版   DOI註冊服務
篇名
Research and Simulation Design of Lightweight Technology Approaches for Integrated Forming of New Energy Vehicles
並列篇名
Research and Simulation Design of Lightweight Technology Approaches for Integrated Forming of New Energy Vehicles
作者 Zhi ZhangWen-Tao LiXiao-Bo DongXiang-Yun YiYan-Chao SunLiang-Gui Zhang
英文摘要

Electric vehicle lightweighting is a new method for car molding. This article establishes an integrated molding model for car doors. The lightweight technology for car doors requires special structures and optimized parameters. The optimized parameters include inner plate thickness, outer plate thickness, door and window frame thickness, door lock installation surface thickness, door hinge installation surface thickness as design variables, first-order free mode frequency as the optimization function, second-order free mode frequency as the optimization function, sinking stiffness working condition displacement, torsional stiffness working condition displacement as the optimization object, and increasing the weight of the car door as the optimization object. To this end, a car door optimization model and finite element analysis model were constructed. In order to solve the optimal optimization parameters, this paper uses an improved Bayesian optimization algorithm and TabNet deep learning algorithm to solve, and finally obtains the optimal parameters for lightweight car doors. After analysis, it is found that the car doors can achieve significant weight reduction while improving stiffness.

 

起訖頁 327-343
關鍵詞 new energy vehicleslightweight technologytopological optimizationdeep learning
刊名 電腦學刊  
期數 202406 (35:3期)
DOI 10.53106/199115992024063503022   複製DOI
QR Code
該期刊
上一篇
Optimization Method of CNC Machining Parameters Based on Digital Twin
該期刊
下一篇
Research on Obstacle Avoidance Technology for Unmanned Aerial Vehicles Based on Panoramic Visual Perception

高等教育知識庫  新書優惠  教育研究月刊  全球重要資料庫收錄  

教師服務
合作出版
期刊徵稿
聯絡高教
高教FB
讀者服務
圖書目錄
教育期刊
訂購服務
活動訊息
數位服務
高等教育知識庫
國際資料庫收錄
投審稿系統
DOI註冊
線上購買
高點網路書店 
元照網路書店
博客來網路書店
教育資源
教育網站
國際教育網站
關於高教
高教簡介
出版授權
合作單位
知識達 知識達 知識達 知識達 知識達 知識達
版權所有‧轉載必究 Copyright2011 高等教育文化事業股份有限公司  All Rights Reserved
服務信箱:edubook@edubook.com.tw 台北市館前路 26 號 6 樓 Tel:+886-2-23885899 Fax:+886-2-23892500