Research and Application of Machinery Balance Based on Pro/E Behavioral Modeling
Using the traditional method of calculating the dynamic balance of mechanical design optimization, the efficiency is not high and the calculation process is complex, and it’s also prone to miscalculation. Pro/E behavior modeling allows designers greater control over the size of components to meet design requirements. In this article, the author try to solve a typical problem of balancing mechanical part through the use of Pro/E behavior modeling techniques. A new research and practice of Pro/E module to optimize the design of behavioral modeling is explored and practised.
Y. X. Xie and Z. G. Jin, "Research and Application of Machinery Balance Based on Pro/E Behavioral Modeling", Applied Mechanics and Materials, Vol. 127, pp. 327-331, 2012