Experimental Study on FRP-Strengthened Steel Tubular Members under Lateral Impact

Keyphrases

• Fiber Reinforced Polymer 100%
• Lateral Impact 100%
• Steel Tubular Members 100%
• Carbon Fiber Reinforced Polymer 60%
• Circular Hollow Section 60%
• Transverse Impact Loading 40%
• Global Deformation 40%
• Tubular Members 40%
• Terrorist Attacks 20%
• Longitudinal Direction 20%
• Structural Response 20%
• Impact Force 20%
• Steel Members 20%
• Response Behavior 20%
• Failure Behavior 20%
• Structural Members 20%
• Local Deformation 20%
• Structural Failure 20%
• Polymer Orientation 20%
• Deformation Capacity 20%
• Hollow 20%
• Lateral Displacement 20%
• Reinforced Glass 20%
• Hoop 20%
• Moving Vehicle 20%
• Polymer Wrapping 20%
• Section Steel 20%
• Effective Bond Length 20%
• Offshore Structures 20%
• Onshore Structures 20%
• Strengthening Material 20%
• Polymer Type 20%
• Glass Fiber Reinforced Polymer Sheet 20%
• Fiber-reinforced Polymer Strengthening 20%
• Bare Steel 20%
• Hollow Tubular 20%
• Impact Resistance Capacity 20%
• Drop Hammer Impact 20%
• Hollow Section Member 20%
• Polymer Thickness 20%
• Dynamic Impact Load 20%

Engineering

• Fiber-Reinforced Polymer 100%
• Circular Hollow Section 30%
• Impact Loads 30%
• Offshore Structure 10%
• Impact Force 10%
• Longitudinal Direction 10%
• Lateral Displacement 10%
• Drop Hammer 10%
• Terrorist Action 10%
• Failure Behavior 10%
• Structural Response 10%
• Structural Member 10%
• Structural Failure 10%
• Impact Resistance 10%