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Mechanical steering compensators for high-performance motorcycles
Simos Evangelou
,
David J.N. Limebeer
, Robin S. Sharp
, Malcolm C. Smith
Imperial College London
University of Cambridge
Research output
:
Contribution to journal
›
Article
›
peer-review
122
Citations (Scopus)
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Keyphrases
High Performance
100%
Motorcycle
100%
Mechanical Steering
100%
Mechanical Networks
100%
Inerter
66%
Steering Damper
66%
Performance Improvement
33%
System Performance
33%
Dynamic Behavior
33%
Compensator Design
33%
Dynamic Properties
33%
Passivity
33%
Frequency Response
33%
Operating Regime
33%
Computer Use
33%
Process Optimization
33%
Suzuki
33%
Network Synthesis
33%
Biquadratic
33%
Sequential Quadratic Programming
33%
Initial Design
33%
Oscillatory Modes
33%
Electrical Network
33%
Motorcycle Simulator
33%
Spring-damper
33%
Positive Real Function
33%
Mechanical Impedance
33%
Nyquist Frequency
33%
Compensation System
33%
Sports Machines
33%
Engineering
Steering Damper
100%
Nyquist Frequency
50%
Potential Application
50%
Dynamic Behavior
50%
Initial Design
50%
Parameter Set
50%
Systems Performance
50%
Frequency Response
50%
Operating Regime
50%
Design Method
50%
Dynamic Property
50%
Mechanical Impedance
50%
Computer Simulation
50%
Gyrators
50%
Computer Science
Systems Performance
100%
Potential Application
100%
Frequency Response
100%
Dynamic Behavior
100%
Dynamic Property
100%
Computational Simulation
100%
Nyquist Frequency
100%
Physics
Computerized Simulation
100%
Dynamic Property
100%
Mechanical Impedance
100%
Gyrators
100%