Transportation Systems, 1994: Presented at 1994 International Mechanical Engineering Congress and Exposition, Chicago, Illinois, November 6-11, 1994Reza Kashani Papers presented at the Fourth ASME Symposium on Transportation Systems. The papers were distributed among six sessions and cover a broad range of topics in transportation systems: suspension design, modeling, and control (two sessions); engine modeling and control; vehicle diagnostics and control; |
Contents
SUSPENSION DESIGN MODELING AND CONTROL | 1 |
Performance of a SemiActive Suspension With Leading | 115 |
Cylinder Pressure and Combustion Heat Release Estimation | 127 |
Copyright | |
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Common terms and phrases
absorber active suspension air gap controller Air-Fuel ratio algorithm analysis angle angular velocity ASME Automotive axle beaming modes body combustion components control law control strategies control system crankshaft curve cycle cylinder pressure damper damping coefficient developed Dynamic Systems effect elements energy engine model Engine Revolutions Figure engine speed equation experimental force fuel full state feedback function Hedrick Helmholtz resonator hoop stress identification Internal Combustion Engine linear Lipschitz quotient load torque manifold mass air flow matrix MEASUREMENT AND ESTIMATE mesh misfire detection modal optimal output feedback parameters passive suspension performance platoon product of inertia rear suspension rigid-body control Rizzoni road semi-active suspensions shown in Figure simulation sliding mode control spring sprung mass sprung mass acceleration stability stiffness stress structural suspension system System Identification Time(sec tire deflection truck values variables vector vehicle model vibration zero