Effect of fiber reinforced polymer on mechanical performance of 3D printed cementitious material

Keyphrases

• Fiber Reinforced Polymer 100%
• Mechanical Performance 100%
• 3D Cementitious Material Printing 100%
• Load Capacity 66%
• Reinforced 66%
• Rebar 66%
• Design Principles 33%
• Polymer Fibers 33%
• Concrete Structures 33%
• Fracture Energy 33%
• Concrete Specimen 33%
• Cementitious Materials 33%
• Failure Mode 33%
• Orthotropic 33%
• Ductility 33%
• Glass Fiber Reinforced Polymer 33%
• Four-point Bending Test 33%
• Freeform 33%
• Concrete Performance 33%
• Additive Manufacturing 33%
• 3D Concrete Printing (3DCP) 33%
• Fracture Failure 33%
• Conventional Reinforcement 33%
• Fiber-reinforced Mortar 33%
• Design Freedom 33%
• Energy Modes 33%
• Carbon Fiber Reinforced Polymer Sheets 33%
• Reinforcement Technique 33%
• 3D Printable Mortar 33%

Engineering

• Mechanical Performance 100%
• Reinforced Plastic 100%
• Steel Rebar 66%
• Additive Manufacturing 33%
• Concrete Structure 33%
• Tensiles 33%
• Load Capacity 33%
• Concrete Specimen 33%
• Carbon Fibre Reinforced Polymer 33%
• Point Bending Test 33%
• Fracture Failure 33%
• Reinforced Mortar 33%
• Failure Mode 33%
• Fracture Energy 33%

Material Science

• Cementitious Material 100%
• Reinforced Plastic 100%
• Steel Rebar 50%
• Three Dimensional Printing 25%
• Design Principle 25%
• Carbon Fiber 25%
• Glass Fiber 25%