Title :
Study on virtual experiment methods of agricultural equipment based on Vega Prime
Author :
Zang Yu ; Zhu Zhongxiang ; Song Zhenghe ; Xu Jing ; Mao Enrong
Author_Institution :
Coll. of Eng., China Agric. Univ., Beijing, China
Abstract :
The design and development process of virtual experiment was analyzed in this paper. Then a virtual experiment system for agricultural equipment was founded by using MultiGen Creator, Vega Prime software and VC++ programming language. The system running process was introduced, together with tractor 3D modeling, operation data acquisition, dynamic modeling and drive, and collision detection. Furthermore, visual drive, synchronous display, tractor dynamics solution in network and other key techniques related to virtual experiment were discussed as well. The system provides a new method to tractor performance experiment, and the experimental results show stable operation of the system with the reliability and validity.
Keywords :
agricultural machinery; solid modelling; virtual prototyping; virtual reality; MultiGen Creator; VC++ programming language; Vega Prime software; Vega prime; agricultural equipment; collision detection; dynamic modeling; operation data acquisition; synchronous display; tractor 3D modeling; tractor dynamics solution; tractor performance experiment; virtual experiment design; virtual experiment development process; virtual experiment methods; visual drive; Agricultural Equipment; Model driving; Vega Prime; Virtual Experiment; Virtual reality (VR);
Conference_Titel :
Advanced Technology of Design and Manufacture (ATDM 2010), International Conference on
Conference_Location :
Beijing
DOI :
10.1049/cp.2010.1276