摘要
伸缩式高空作业车作为一种重要的工程机械设备,在建筑、维护和清洁等领域发挥着重要作用。由于其特殊的工作环境和复杂的工作任务,对伸缩式高空作业车的稳定性进行分析和优化设计显得尤为重要。文中在深入研究伸缩式高空作业车的稳定性分析方法和优化设计策略,探讨如何通过结构优化、控制系统优化和材料选用优化等手段,提高车辆的稳定性、强度和耐久性,为其安全可靠地开展高空作业提供技术支持和保障。
As an important engineering machinery equipment,the telescopic aerial work vehicle plays an important role in construction,maintenance,and cleaning.Due to its special working environment and complex work tasks,it is particularly important to analyze and optimize the stability of the telescopic aerial work vehicle.In this article,the stability analysis method and optimization design strategy of the telescopic aerial work vehicle are studied in depth,and how to improve the stability,strength,and durability of the vehicle through structural optimization,control system optimization,and material selection optimization,so as to provide technical support and guarantee for its safe and reliable high-altitude operation.
作者
罗颖
LUO Ying(Sunward Intelligent Special Equipment Co.,Ltd.,Changsha,Hunan,410137,China)
出处
《工程建设（维泽科技）》
2024年第7期105-107,共3页
Engineering Construction
关键词
伸缩式高空作业车
动力学
优化设计
telescopic high-altitude work vehicle
dynamics
optimal design
