The development of electrorheological fluids for an automotive semi-active suspension system
Simulation and experimental study of a semi-active suspension with an electrorheological damper
Semi-active control of suspension system using a serial multielectrode electrorheological damper
Principles of solar cells : connecting perspectives on device, system, reliability, and data science
Principles of solar cells : connecting perspectives on device, system, reliability, and data science
Optimization of combustion control by sensors based on TiO2 thin film
Inspection of floating platform mooring chains with a climbing robot
Hybrid fuel cell power for long duration robot missions in field environments
Control responses of commercial magnetorheological damper for passenger vehicles
Clean energy : hydrogen/fuel cells laboratory manual
Bioevaluation of world transport networks
Applications of electrorheological fluid in shock absorbers
Application of sliding mode control to spot bead welding mobile robot using camera sensor