Study on virtual simulation of the new screw pile hammers based on a combination of multi-software platforms

Abstract

This thesis uses the virtual simulation of the new screw pile hammers as an example, and puts forward a virtual simulation method based on a combination of multi-software platforms. It simply introduces how to design the size of the machine, and check the strength of each part with the help of ANSYS. Then focuses on the introduction to the working process of this virtual simulation method, achieves the goal of seamless connection of different software, the build of 3d model of the pile hammer, and the production of the virtual pile hammer. Meanwhile, the virtual simulation of four processes demonstrates the functions of the new screw pile machine in different stages and the principle of piling. Compared with the traditional method which stimulates and analyzes with a single software, the practical applications demonstrate that, the virtual stimulation method based on a combination of multi-software platforms is easier to operate, more flexible to modify and more authentic. © 2013 Springer-Verlag.