A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Damping Concrete
Abstract Damping concrete has the ability to change vibration energy into other forms of energy. The damping property of the concrete can be improved through introducing effective admixtures into conventional concrete, such as polymer, fibers, silica fume, graphite, emulsified asphalt, and graphene. Use of damping concrete is valuable for infrastructures because it can mitigate hazards (whether due to accidental loading, wind, ocean waves, or earthquakes), increases comfort of the people who use the infrastructures, and enhances reliability and performance of the infrastructures.
Damping Concrete
Abstract Damping concrete has the ability to change vibration energy into other forms of energy. The damping property of the concrete can be improved through introducing effective admixtures into conventional concrete, such as polymer, fibers, silica fume, graphite, emulsified asphalt, and graphene. Use of damping concrete is valuable for infrastructures because it can mitigate hazards (whether due to accidental loading, wind, ocean waves, or earthquakes), increases comfort of the people who use the infrastructures, and enhances reliability and performance of the infrastructures.
Damping Concrete
Han, Baoguo (author) / Zhang, Liqing (author) / Ou, Jinping (author)
2017-01-01
14 pages
Article/Chapter (Book)
Electronic Resource
English
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