A Study on Modeling and Simulation of Hydraulic System for a Wheel Loader using AMESim

다국어 초록 (Multilingual Abstract)

This contribution presents AMESim based hydraulic modeling and simulation program for a wheel loader. A wheel loader consists of variable displacement tandem axis piston pump which is load sensing control type along with maximum pressure regulator, and is operated by signals from joystick that control pilot pressure to spools of the main control valve(MCV).

참고문헌 (Reference)

1 Maehata, K, "System Simulation for Hydraulic Excavator" 2 : 313-316, 2008

2 Yang, S.Y, "Remote control system of industrial field robot" 442-447, 2008

3 Liu, X, "New Modeling and Analysis of Three-Stage Electro-Hydraulic Servo Valve" 146-150, 2008

4 Grossschmidt, G, "Modelling and Simulation of a Hydraulic Load-Sensing System in the Cocovila Environment" 2008

5 Cobo, M, "Modeling, identification, and real-time control of bucket hydraulic system for a wheel type loader earth moving equipment" 8 (8): 863-885, 1998

6 Ma, Changlin, "Modeling and Simulation for Electrohydraulic Systems Based on Multi-Software Collaboration" 110-113, 2008

7 Kwon, S.K, "Development and Evaluation of Simulator for Field Robot" 419-423, 2008

8 Ikonen, T, "Bucket and Vehicle Oscillation Damping for a Wheel Loader" Department of Automatic Control, Lund Institute of Technology 2006

9 Sarata, S, "Approach Path Generation to Scooping Position for Wheel Loader" 1809-1814, 2005

10 Imagine, S.A, "AMESim (Advanced Modeling Environment for Simulation of engineering systems) user manuals ver. 4.3"