Simulation and Optimization of Amplitude-adjusting Performance of Crane with Virtual Prototyping Technology

摘要

In the design of crane, designers often have to study the trajectory of amplitude-adjusting of crane. The traditional methods, illustration and analytics both show their limits. In this paper , the simulation of process of amplitude-adjusting is presented and the optimization is also performed with virtual prototyping technology. From the comparison of original solution and optimal solution , the effectiveness of this technique is testified. On the platform ADAMS/View , the interactive optimization can be performed in a visual, intuitive and credible way, which deserves to be introduced to the design of crane.