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Keyphrases
Analytical Approach
16%
Bond-slip Constitutive Model
16%
Composite Member
16%
Composite Reinforcement
16%
Computational Efficiency
16%
Concrete Flexural Member
100%
Concrete Materials
16%
Concrete Performance
16%
Crack Location
16%
Curvature Localization
16%
Damage State
16%
Ductile Concrete
100%
Equivalent Plastic Hinge Length
16%
Finite Element Model
16%
Flexural Members
50%
Flexure
16%
Fresh Expressions
16%
Geometric Properties
16%
Highly Nonlinear
16%
Load Scenarios
16%
Mechanical Properties
16%
Mechanics-based Approaches
16%
Modeling Approaches
16%
Multiple Damage
16%
Nominal Flexural Strength
16%
Plastic Hinge
100%
Plastic Strain Ratio
33%
Practicing Engineers
16%
Property Boundary
16%
Proposed Equations
16%
Proposed Methodology
16%
Reinforced
100%
Reinforced Concrete
33%
Reinforced Concrete Flexural Member
16%
Reinforcement Ratio
16%
Reinforcement Yielding
16%
Rotation Capacity
100%
Rotational Capacity
16%
Shear Span
16%
Tensile Reinforcement
16%
Tensile Strength
16%
Two-dimensional Finite Element
16%
Ultra-high Performance Fiber Reinforced Concrete (UHPFRC)
100%
Yield Strength
16%
Engineering
Analytical Approach
14%
Bending Strength
14%
Boundary Condition
28%
Concrete (Composite Building Material)
14%
Constitutive Model
14%
Damage State
14%
Experimental Result
28%
Finite Element Modeling
14%
Flexural Member
100%
Flexure
14%
High Performance Fiber
85%
Mechanical Property
14%
Plastic Hinge
100%
Plastic Strain
28%
Reinforced Cementitious Composite
85%
Reinforced Concrete
42%
Rotational
14%
Shear Span
14%
Tensile Reinforcement
14%
Two Dimensional
14%
Ultimate Tensile Strength
14%
Yield Point
14%