Experimental study of dynamic behavior of cement-based composites

Earth & Environmental Sciences

• experimental study 95%
• cement (construction material) 93%
• fabric 56%
• glass 30%
• tensile strength 30%
• fiber 29%
• cracking (fracture) 19%
• mechanical property 16%
• structural component 12%
• Young modulus 11%
• ductility 11%
• strain rate 9%
• material 8%
• speed 6%
• damage 6%
• services 6%
• matrix 5%
• energy 4%

Engineering & Materials Science

• Cements 100%
• Composite materials 69%
• Tensile strength 23%
• Glass fibers 19%
• Toughness 18%
• Glass 15%
• Fibers 13%
• Mechanical properties 12%
• Brittleness 10%
• Energy absorption 10%
• Stress-strain curves 10%
• Polyethylenes 10%
• Service life 9%
• Strain rate 9%
• Ductility 8%
• Elastic moduli 8%
• Materials properties 8%
• Concretes 6%

Chemical Compounds

• Composite Material 59%
• Alkali 36%
• Glass 29%
• Tensile Strength 27%
• Fiber 20%
• Strain 15%
• Construction Material 14%
• Brittleness 14%
• Fiber-Reinforced Composite 13%
• Ductility 12%
• Energy 5%
• Time 3%