The effect of the elliptical ratio on the tubular energy absorber subjected to lateral loading under quasistatic conditions

Keyphrases

• Lateral Load 100%
• Quasi-static Conditions 100%
• Energy Absorber 100%
• Elliptical Ratio 100%
• Elliptical Tube 40%
• Lead Screw 40%
• Loading Frame 40%
• Computational Methods 20%
• Energy Absorption 20%
• Specific Energy 20%
• Quasi-static 20%
• Tensile Test 20%
• Load Capacity 20%
• Mild Steel 20%
• Maximum Capacity 20%
• Bending Test 20%
• Moving Component 20%
• Compression Test 20%
• Bearing Plate 20%
• Energy Absorption Capacity 20%
• Tubular System 20%
• Crosshead 20%
• Material Mechanical Properties 20%
• Lateral Compression 20%
• Geometric Shape 20%
• ANSYS 20%
• Test Instrument 20%
• Indenter 20%

Engineering

• Lateral Loads 100%
• Quasistatic Condition 100%
• Lead Screws 100%
• Experimental Work 50%
• Tensile Test 50%
• Geometrical Shape 50%
• Load Limits 50%
• Bearing Plate 50%
• Bending Tests 50%
• Instrument Testing 50%
• Mild Steel 50%
• Energy Absorption Capability 50%
• Absorbed Energy 50%
• Compression Tests 50%

Material Science

• Carbon Steel 100%
• Lateral Loads 100%