Concrete has been widely used for many years as a composite material for various types of structures. One of the weakness of concrete is that it cannot withstand tension which can cause cracks easily. There has been a huge demand to monitor concrete structures cracking and preventing them from propagating further. Smart concrete was developed Dr. Deborah D.L. Chung from State University of New York at Buffalo. Smart concrete is reinforced by carbon fiber as much as 0.2% to 0.5% of volume to increase its sense ability to strain or stress while still has good mechanical properties
La technologie du "béton intelligent" consiste en une méthode innovante basée sur des mesures de rés...
Civil engineers use steel, fiberglass and other similar materials to increase concrete\u27s strength...
Nanotechnology will serve as a suitable solution to achieve high performance in future construction....
Self-sensing smart cementitious materials can enable development of load carrying structural systems...
[[abstract]]Concrete containing short carbon fibers (in amounts as small as 0.2 volume- percent) was...
<p>Due to adverse factors such as load and environment exposure, concrete structures often wor...
With aging infrastructure, not only in the United States, but worldwide, we look toward designing st...
The critical deterioration of transportation infrastructure across the continent, including highways...
Since its first appearance more than 100 years ago, concrete has had a significant impact on urban d...
Multifunctional self-sensing smart concrete can provide a structural health monitoring (SHM) solutio...
Carbon-fiber concrete (CFC) materials are gaining momentum due to the reduction of carbon fiber cos...
Recent advances in the fields of nanocomposite technologies have enabled the development of highly s...
As compared to standard concrete the advantages of SCC comprising more electricity like non SCC, can...
Concrete testing is one of the most important parts of the concrete placement process. Traditionally...
YesSensing concrete has the capability to sense its condition and environmental changes, including s...
La technologie du "béton intelligent" consiste en une méthode innovante basée sur des mesures de rés...
Civil engineers use steel, fiberglass and other similar materials to increase concrete\u27s strength...
Nanotechnology will serve as a suitable solution to achieve high performance in future construction....
Self-sensing smart cementitious materials can enable development of load carrying structural systems...
[[abstract]]Concrete containing short carbon fibers (in amounts as small as 0.2 volume- percent) was...
<p>Due to adverse factors such as load and environment exposure, concrete structures often wor...
With aging infrastructure, not only in the United States, but worldwide, we look toward designing st...
The critical deterioration of transportation infrastructure across the continent, including highways...
Since its first appearance more than 100 years ago, concrete has had a significant impact on urban d...
Multifunctional self-sensing smart concrete can provide a structural health monitoring (SHM) solutio...
Carbon-fiber concrete (CFC) materials are gaining momentum due to the reduction of carbon fiber cos...
Recent advances in the fields of nanocomposite technologies have enabled the development of highly s...
As compared to standard concrete the advantages of SCC comprising more electricity like non SCC, can...
Concrete testing is one of the most important parts of the concrete placement process. Traditionally...
YesSensing concrete has the capability to sense its condition and environmental changes, including s...
La technologie du "béton intelligent" consiste en une méthode innovante basée sur des mesures de rés...
Civil engineers use steel, fiberglass and other similar materials to increase concrete\u27s strength...
Nanotechnology will serve as a suitable solution to achieve high performance in future construction....