Performance-based assessment of bridges with steel-SMA reinforced piers in a life-cycle context by numerical approach

Engineering

• Piers 100%
• Numerical Approach 100%
• Lifecycle 100%
• Shape Memory Alloy 100%
• Performance 100%
• Steel 100%
• Bridges 100%
• Reinforced Concrete 13%
• Engineering 13%
• Functionality 6%
• Economic Impact 6%
• Energy Dissipation 6%
• Plastic Hinge 6%
• Highway Bridges 6%
• Reconnaissance 6%
• Concrete Bridges 6%
• Design 6%
• Events 6%
• Significant Reduction 6%
• Maximum Displacement 6%

Earth and Planetary Sciences

• Life Cycle 100%
• Wharf 100%
• Context 100%
• Assessment 100%
• Steel 100%
• Earthquake 20%
• Reinforced Concrete 13%
• Bar 13%
• Energy Dissipation 6%
• Hinge 6%
• Economic Impact 6%
• Reconnaissance 6%
• Resilience 6%
• Plastic 6%
• Event 6%
• Highway 6%
• Ratio 6%
• Probability Theory 6%
• Displacement 6%
• Philosophy 6%

Physics

• Wharves 100%
• Performance 100%
• Steel 100%
• Cycles 100%
• Assessments 100%
• Earthquake 20%
• Dissipation 6%
• Region 6%
• Events 6%
• Impact 6%
• Ratios 6%
• Collapse 6%
• Road 6%
• Probability Theory 6%
• Displacement 6%
• Resilience 6%