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
Concepts of transportation economics
Applications of electrorheological fluid in shock absorbers
Application of sliding mode control to spot bead welding mobile robot using camera sensor