Experimental study on the cyclic behaviors of an innovative lead-viscoelastic coupling beam damper (LVCBD)

Engineering

• Beam 100%
• Couplings 100%
• Loading Frequency 13%
• Cyclic Loading 9%
• Fatigue Performance 9%
• Energy Dissipation 9%
• Performance 9%
• Experimental Result 4%
• Amplitudes 4%
• Deformation 4%
• Combined Effect 4%
• Steel Plate 4%
• Fatigue Loading 4%
• Fatigue Resistance 4%
• Seismic Performance 4%
• Shear Wall Structure 4%
• Dynamic Recrystallization 4%
• Severe Earthquake 4%
• Research 4%
• Properties 4%
• Mechanical Properties 4%
• Composite 4%
• Recovery 4%

Physics

• Behavior 100%
• Lead 100%
• Performance 22%
• Frequencies 18%
• Earthquake 9%
• Dissipation 9%
• Rubber 9%
• Deformation 4%
• Strength of Materials 4%
• Amplitudes 4%
• Elasticity 4%
• Steel 4%
• Composite 4%
• Shears 4%
• Recrystallization 4%

Material Science

• Damper 100%
• Rod 9%
• Rubber 9%
• Fatigue of Materials 4%
• Recrystallization 4%
• Elastic Constant 4%
• Mechanical Property 4%
• Spring Steel 4%
• Composite Material 4%