FEEDFORWARD BANG-BANG CONTROL DESIGN FOR ELECTRO-PNEUMATIC PROTECTION VALVES

Authors

  • Huba Németh
  • László Palkovics
  • Katalin M. Hangos

Abstract

A direct method of nonlinear control design is presented in this paper that is based on a simplified hybrid model of the electro-pneumatic protection valve used for circuit pressure limiting function of commercial vehicle air supply systems. The dynamic model analysis is performed to meet the control design requirements, the hybrid behaviour is investigated in more details. The proposed bang-bang controller fulfils the predefined optimality criteria that is achieved by numeric optimization.

Keywords:

bang-bang control; brakes; convex; optimization; feedforward control; nonlinear models; pneumatic; systems

How to Cite

Németh, H., Palkovics, L., M. Hangos, K. (2004) “FEEDFORWARD BANG-BANG CONTROL DESIGN FOR ELECTRO-PNEUMATIC PROTECTION VALVES”, Periodica Polytechnica Transportation Engineering, 32(1-2), pp. 3–20.

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Section

Articles