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Passivity control with adaptive feed-forward filtering for real-time hybrid tests
Real-time hybrid testing combines the reliability of experimental testing with the convenience of numerical simulation. The system to be tested is split into a physical substructure and a real-time numerical simulation which are...
Passivity Control for Nonlinear Real-time Hybrid Tests
In real-time hybrid testing, systems are separated into a numerically simulated substructure and a physically tested substructure, coupled in real time using actuators and force sensors. Actuators tend to introduce spurious...
Passivity Control for Nonlinear Real-time Hybrid Tests
In real-time hybrid testing, systems are separated into a numerically simulated substructure and a physically tested substructure, coupled in real time using actuators and force sensors. Actuators tend to introduce spurious...
Passivity control with adaptive feed-forward filtering for real-time hybrid tests
Real-time hybrid testing combines the reliability of experimental testing with the convenience of numerical simulation. The system to be tested is split into a physical substructure and a real-time numerical simulation which are...