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The CAE Analysis of Fork Truck Frame System Based on ADAMS and ANSYS
| Content Provider | CiteSeerX |
|---|---|
| Author | Gao, Qi Liu, Shufen Zeng, Hong Li, Tiejun |
| Abstract | Abstract. In this paper, all work are on the basic of fork truck frame system pivot-jointed optimization design job. 3D solid model of fork truck frame system was built by using Pro/E software based on optimized data, which was guided into ADAMS and the fork truck frame system virtual prototype model was generated, dynamics simulation about working process of truck’s frame was proceeded, load and displacement curve of major component were obtained. FEM analysis was done under ANSYS, the above dynamic analysis data were taken as boundary condition, thus completing the CAE analysis of fork truck frame system. Forewords Fork truck is a kind of load and unload transporting machinery widely applied to various worksite such as dock, workshop, building filed, etc. Fork truck frame system is an important mechanism that realize loading and unloading. Force bearing on components is comparatively complicated, and dead weight is comparatively big, the working pose varys with time. Accurate force bearing analyses is very difficult to carry out strenuously aiming at each component if using the graphic method or traditional analytic method [1]. The paper takes CPCD series fork truck frame structure as an example(shown in Fig.1), dynamics |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Major Component Important Mechanism Foreword Fork Truck Accurate Force Bearing Analysis Pro Software Fem Analysis Force Bearing Solid Model Cae Analysis Traditional Analytic Method Dead Weight Net Amm Dynamic Analysis Data Optimized Data Pose Varys Truck Frame Various Worksite Displacement Curve Fork Truck Frame System Boundary Condition Graphic Method |
| Content Type | Text |
| Resource Type | Article |
