轮式装备集装箱多式联运系固方案设计与仿真

Securing Plan Design and Simulation of Container Multimodal Transport for Wheel Equipment

为不断提升装备投送保障能力,丰富投送方式,利用集装箱对轮式装备进行多式联运越来越受到各级的重视,而系固方案是确保运输安全的核心要素之一。在分析轮式装备集装箱多式联运系固基本要求的基础上,规范轮式装备系固方案内容,以指挥车为例,设计典型装备系固方案,并利用Solid Works和ADAMS软件展开动力学仿真验证,结果表明此方案可行。

In order to promote support capacity of equipment delivery and enrich delivery modes,multimodal transport for wheel equipment with container receives more attention,and securing plan is one of the core factors for transport safety.The paper firstly analyzes the basic requirements on container multimodal transport for wheel equipment. Then,it standardizes the contents of securing plan for wheel equipment,and designs a typical equipment securing plan with command vehicle as an example. Finally,it makes dynamics simulation on the plan with Solid Works and ADAMS,and the result verifies its feasibiltiy.