Design of aluminium alloy stocky hollow sections subjected to concentrated transverse loads

Keyphrases

• Aluminum Alloy 100%
• Transverse Load 100%
• Loading Conditions 100%
• Hollow Sections 100%
• End-two-flange 75%
• Bearing Design 50%
• New Design Rules 50%
• Interior-two-flange Loading 50%
• Numerical Results 25%
• Design Equation 25%
• Design Rules 25%
• Design Codes 25%
• Extrusion 25%
• Numerical Modeling 25%
• Finite Element Model 25%
• Rectangular Hollow Section 25%
• Material Yielding 25%
• Nonlinear Finite Element 25%
• Heat-resistant Aluminum Alloy 25%
• Failure Mode 25%
• Flexural Failure 25%
• Strain Hardening Effect 25%
• Physical Disability 25%
• Square Hollow Section 25%
• Bearing Length 25%
• Bending Effect 25%
• Generated Data 25%
• Bearing Effect 25%
• Material Fracture 25%
• Web Slenderness 25%
• Slender Section 25%
• Web Buckling 25%
• Concentrated Force 25%
• Test Modeling 25%
• Bearing Data 25%
• Failure Interaction 25%
• Proposed Design Rules 25%
• Modeling Results 25%
• Width to Thickness Ratio 25%
• Interior-two-flange 25%
• Interior-one-flange Loading 25%

Engineering

• Loading Condition 100%
• Design Rule 100%
• Hollow Section 100%
• Transverse Load 100%
• Failed Specimen 50%
• Bearing Design 50%
• Rectangular Hollow Section 50%
• Finite Element Modeling 50%
• Design Equation 25%
• Test Result 25%
• Experimental Work 25%
• Parametric Study 25%
• Design Code 25%
• Linear Finite Element 25%
• Test Specimen 25%
• Slenderness 25%
• Hardening Effect 25%
• Bearing Length 25%
• Bending Effect 25%
• Concentrated Force 25%
• Specimen Failure 25%
• Square Hollow Section 25%
• Numerical Modeling 25%
• Failure Mode 25%
• Thickness Ratio 25%
• Strain Hardening 25%