Jianwen Cai

Shunde Polytechnic

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Zhijun Long

Shunde Polytechnic

Linjun Tong

Shunde Polytechnic

Xiaojuan Lin

Shunde Polytechnic

Xuansong Xie

Alibaba Group (China)

Xiaojuan Lin

Gansu Provincial Maternal and Child Health Hospital

Yongyou Zhou

Huawei Technologies (China)

Biao Zhou

Baoding People's Hospital

Wei Zeng

University of Adelaide

Cooperative Institutions

Shunde Polytechnic

Wuhan University

Central South University

Alibaba Group (China)

Alibaba Group (Cayman Islands)

Alibaba Group (United States)

Beijing University of Posts and Telecommunications

ETH Zurich

Gansu Provincial Maternal and Child Health Hospital

Jilin Provincial Academy of Forestry Science

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Rapid automatic inspection system for tunnel lining based on a mobile vehicle

CRC Press eBooks (2019)

Jianwen Cai Xuansong Xie Biao Zhou Yongyou Zhou Wei Zeng

10.1201/9780429424441-195

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Citations (1)

Research on Lightweighting of Header Frame Based on Multi-objective Genetic Algorithm of MOGA

Xiaojuan Lin Jianwen Cai Linjun Tong Zhijun Long

Header

Algorithm design

10.1109/isrimt63979.2024.10875302

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Topology Optimization Design and Modal Analysis Based on Header Frame of Combine Harvester

Xiaojuan Lin Jianwen Cai Linjun Tong Zhijun Long

Combined with the working environment, a topology optimization design plan was applied to the header frame of a combine harvester. The dynamics of the optimized header frame were evaluated through modal analysis, and the final optimization plan was determined. The results showed that with little effect on the equivalent maximum stress and total deformation, the optimized header frame had reduced mass of 20.24%, achieved the goal of lightening.

Header

Topology optimization

10.1109/icaie53562.2021.00050

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Citations (2)

Topography optimization of battery upper box based on OptiStruct

4th International Conference on Information Science, Electrical, and Automation Engineering (ISEAE 2022) (2023)

Xiaojuan Lin Jianwen Cai Linjun Tong Zhijun Long

It is particularly important to improve specific energy of the power system, lightweight design of battery box before battery technology has made a major breakthrough. The paper uses Hypermesh software to analyze and solve the multiple working conditions of battery upper box. According to analysis results, OptiStruct software was used to optimize the shape of upper box. Through the reasonable arrangement of stiffeners, the mass of battery upper box was reduced by 12.1%, and the first-order natural frequency was increased by 5% to meeting the design requirements. This optimization scheme has certain reference significance for the design of battery upper box.

10.1117/12.2690097

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