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Research Paper | Automobiles | India | Volume 5 Issue 8, August 2016
Modeling of Electro-Hydraulic Power Steering System using Bond Graph Technique
Karandeep [8] | Aman Kumar Maini [2]
Abstract: A mechanism consists of a number of rigid bodies. The modeling of a mechanism is important for design and control of a system. In mechanics, the formalized procedures for modeling dynamics, like Newton-Euler, Lagranges Euler and Hamiltonians method, are mathematically burdensome for large and complex multi-body systems. Moreover, these procedures do not present cause and effect relationship. The bond graph technique is a graphical representation of dynamics. The application of bond graph technique results in a number of advantages. In this paper, an attempt is being done to use bond graph technique for modelling and simulation of Electro-Hydraulic Power steering system. This mechanism is taken to show an important feature of bond graph that it is a modeling tool which can be used for analyzing dynamics in various energy domains. The mechanism being considered is a combination of Electrical, Hydraulic and mechanical systems. The use of bond graph for modeling multi energy domain has rarely been explained.
Keywords: Modeling, simulation, bond graph and steering system
Edition: Volume 5 Issue 8, August 2016,
Pages: 801 - 803
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