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2014•Computer and Digital EngineeringRequires access

Simulation and Optimization of Double Wishbone Suspension Based on ADAMS

Zhong Yuhu

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Abstract

To research the handling stability of racing cars,the double wishbone front suspension of car is modeled and simulated based on the software ADAMS(Automatic Dynamics Analysis of Mechanical System);and the suspension structure is modified.Aiming at the change of TOE,the proper hard points are selected to be the variables and optimization is realized based on ADAMS/Insight.The cars handling stability is improved greatly to help design the front suspension of car.

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What this paper is about

To research the handling stability of racing cars,the double wishbone front suspension of car is modeled and simulated based on the software ADAMS(Automatic Dynamics Analysis of Mechanical System);and the suspension structure is modified.Aiming at the change of TOE,the proper hard points are selected to be the variables and optimization is realized based on ADAMS/Insight.The cars handling stability is improved greatly to help design the front suspension of car.

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Available abstract

To research the handling stability of racing cars,the double wishbone front suspension of car is modeled and simulated based on the software ADAMS(Automatic Dynamics Analysis of Mechanical System);and the suspension structure is modified.Aiming at the change of TOE,the proper hard points are selected to be the variables and optimization is realized based on ADAMS/Insight.The cars handling stability is improved greatly to help design the front suspension of car.

Key concepts: Suspension (topology), Computer science, Stability (learning theory), Front (military), Software, Automotive engineering, Simulation, Mechanical engineering

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