Virtual Design and Simulation of the Subsoiler Based on Pro/E and ADAMS
The virtual subsoiler model assembled with Pro/E was exported into ADAMS. The model was connected with the virtual ground. After the movement along the straight line direction, the kinematics and kinetic analysis were established, including the displacement, the speed, the acceleration and force analysis of the deep-shovel. The simulation curves offer data and parameters for rational design subsoiler by the kinematics and kinetic analysis of the subsoiler, the design cycle of product was shorten. The production experiments indicate that the performance of physical Prototype could meet the operating requirements.
subsoiler virtual prototyping simulation
Wang Hongli Zhang Wei
College of Engineering Heilongjiang Bayi Agricultural University DaQing, China
国际会议
太原
英文
436-440
2010-10-22（万方平台首次上网日期，不代表论文的发表时间）