The Development of Air Suspension Controller in Mechanical Engineering Based on DSP

Zhen Wei Zhang; Chong Chen; Ruo Bing Jiao; Rong Rong Hu

doi:10.4028/www.scientific.net/AMR.644.101

Paper Titles

Simulation of Hydraulic Servo System Based on Dynamic Monitoring in Mechanical Engineering
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Finite Element Analysis and Design of Cylinder Shell Resonant Density Meter Based on Mechanical Vibration and Fluid-Solid Interaction
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Four Synchronous Transfer Mode of USB in Mechanical Engineering
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The Design of Cutting Tools Database in Mechanical Engineering
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The Development of Air Suspension Controller in Mechanical Engineering Based on DSP
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Fault Pattern Recognition for Partial Discharge of Electrical Power Equipment Based on Properties of Electrical Materials
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Research on Extracting Vehicle Fault Symptoms Based on Rough Sets Theory in Mechanical Engineering
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Feedback Linearization Control for PMSG Wind Power Generation System with Application of Wind Turbine in Mechanical Engineering
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The Design of INS under ITS Mechanical Properties for Vehicles in Mechanical Engineering
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 644The Development of Air Suspension Controller in...

The Development of Air Suspension Controller in Mechanical Engineering Based on DSP

Abstract:

Cylindrical air spring suspension’s vehicle model with seven freedom degrees is established. Then the model is simulated by use of Matlab/Simulink to accomplish the simulated-computation of the driving state such as rolling angle and pitching angle. Based on the above work, air suspension controller, DSP TMS320F2812 chip as the core processor, is developed. The result of the real vehicle test proves that the controller can obviously improve vehicle’s driving smoothness and handling stability, so it meets the applying requirements.