Comparison of discrete-time sliding mode control algorithms for seismic control of buildings with magnetorheological fluid dampers

Keyphrases

• Artificial Neural Network 33%
• Chatter 33%
• Civil Engineering 33%
• Civil Structures 33%
• Control Implementation 33%
• Controller 66%
• Discrete Sliding Mode Control 100%
• Discrete-time Sliding Mode 33%
• Earthquake Records 33%
• El Centro Earthquake 33%
• Energy Consumption 33%
• Five-degree-of-freedom 33%
• Forward Model 33%
• Historical Earthquakes 33%
• Hybrid Control 66%
• Inverse Model 33%
• Kobe 33%
• Lumped System 33%
• Magnetorheological Damper 100%
• Magnetorheological Fluid Damper 100%
• Reaching Law 33%
• Seismic Control 100%
• Seismic Excitation 33%
• Semi-active Control 33%
• Sliding Mode Control Algorithm 100%
• Sliding Mode Controller 33%
• Story Construction 33%
• Structural Response 33%
• Variable Rate Reaching Law 33%

Engineering

• Active Control 33%
• Artificial Neural Network 33%
• Control Algorithm 100%
• Degree of Freedom 33%
• Discrete Time 100%
• Hybrid Control Strategy 66%
• Lumped Mass 33%
• Magnetorheological Damper 100%
• Mass System 33%
• Sliding Mode Control 100%
• Sliding Mode Controller 33%
• Story Building 33%
• Structural Response 33%