首页|基于数字孪生技术的智能网联半挂汽车装调与测试平台构建

基于数字孪生技术的智能网联半挂汽车装调与测试平台构建

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半挂汽车在高速发展的现代物流行业起着关键作用,随着半挂汽车制造业向智能化和网络化转型,行业面临测试成本高昂、测试环境复杂和效率低下等挑战.本研究通过半挂汽车动力学模型、控制模型和三维模型,创建了数字孪生对象,并构建了智能网联半挂汽车的数字孪生装调测试平台.该平台实现了对装调和测试过程的实时监控、预测和优化,有效提升了测试效率和质量,为半挂汽车的数字化和智能制造提供了创新的解决方案.
Construction of Intelligent Network-connected Semi-trailer Vehicles Assembly and Testing Platform Based on Digital Twin Technology
Semi-trailer vehicles play a crucial role in the rapidly developing modern logistics industry.With the transformation of semi-trailer vehicle manufacturing towards intelligence and networking,the industry is facing challenges such as high testing costs,complex testing environments,and low efficiency.This study created a digital twin object through the dynamic model,control model,and 3D model of a semi-trailer vehicle,and constructed a digital twin assembly and testing platform for intelligent network-connected semi-trailer vehicles.This platform achieves real-time monitoring,prediction,and optimization of the assembly and testing process,effectively improving testing efficiency and quality,and providing innovative solutions for the digitalization and intelligent manufacturing of semi-trailer vehicles.

digital twinintelligent network-connected semi-trailer vehicleassembly and testing

唐思欣、王俊杰、张洪华

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福州职业技术学院(交通工程系),福建 福州 350108

东风商用车有限公司技术中心,湖北 武汉 430056

数字孪生 智能网联半挂汽车 装调与测试

福州职业技术学院教学改革 2022-2023 学年教改项目

2022kcsz011

2024

科技创新与生产力
太原科技战略研究院

科技创新与生产力

影响因子:0.271
ISSN:1674-9146
年,卷(期):2024.45(6)