Hydraulic system design and vehicle dynamic modeling for the analysis and development of tire roller

Abstract

In this research, the authors attempt hydraulic system design and vehicle dynamic modeling for the development of the tire roller. The tire roller is one of the most useful machines for road construction sites and applications with other construction equipment. The authors conceptualize the new hydraulic system, derive the equations of motion for dynamic analysis and investigate system modeling by using a DAQ system. They design the hydraulic circuit of steering and traction mechanism systems. This design can be used to create virtual prototypes of construction equipment. These virtual prototypes are beneficial in lowering cost and shortening time to production. They study a tire roller to integrate development technology. In system analysis, they formulate a hydraulic traction system model and hydraulic steering system model. Also, they integrate a DAQ system to acquire experimental results in real tire roller equipment.