Axial compressive behaviour of composite steel elements incorporating rubberised alkali-activated concrete

Keyphrases

• Composite Steel 100%
• Steel Elements 100%
• Axial Compressive Behavior 100%
• Axial Capacity 100%
• Rubberised Alkali-activated Concrete 100%
• Eurocode 4 75%
• AISC 360 75%
• Rubber Content 75%
• Numerical Results 50%
• Compressive Behavior 50%
• Ductility 50%
• Concrete-filled 50%
• Steel Tube 50%
• Circular Concrete-filled Steel Tube 50%
• Square Concrete-filled Steel Tube 50%
• Stiffness 25%
• Material Properties 25%
• Finite Element Model 25%
• Numerical Investigation 25%
• Circular Section 25%
• Toughness 25%
• Concrete Materials 25%
• Steel Material 25%
• Natural Aggregate 25%
• Response Pattern 25%
• Failure Pattern 25%
• Capacity-approaching 25%
• Mix Design 25%
• Circular Tube 25%
• Confinement Effect 25%
• Prediction Approach 25%
• Concrete Damage Plasticity 25%
• Prediction Equation 25%
• Length-width Ratio 25%
• Crumb Rubber 25%
• Stress-strain Response 25%
• Capacity Prediction 25%
• Square Section 25%
• ABAQUS CAE 25%
• Tube Dimension 25%
• Modified Function 25%

Engineering

• Composite Steel 100%
• Compressive Behavior 100%
• Activated Concrete 100%
• Axial Capacity 100%
• Eurocodes 75%
• Rubber Content 75%
• Concrete Filled Steel Tube 75%
• Experimental Result 50%
• Steel Tube 50%
• Mixing Design 25%
• Numerical Study 25%
• Natural Aggregate 25%
• Parametric Study 25%
• Rubber Crumb 25%
• Stress-Strain Relations 25%
• Plasticity Model 25%
• Computer Aided Engineering 25%
• Conservative Estimate 25%
• Confinement Effect 25%
• Illustrates 25%
• Finite Element Modeling 25%
• Circular Tubes 25%