Polymer concrete (PC) is a popular construction material used for repair, thin over-lays for floors and bridge decks, and other specialized fields such as precast components, machine construction. The material has many desirable properties such as fast curing, high compressive and flexural strength, high bonding to substrate, resistance to chemical agents. This study focuses on investigation properties of polymer concrete applying in repairing works of Portland cement concrete (PCC) pavement of airport by experiments. The research results in both laboratory and field tests showed that the material has advanced properties and meet very well the requirements from practice. This result has been proposed to apply polymer concrete for treatment ...
The use of polymers in concrete has a very long history. Over the past 25 years many researches have...
Some water-soluble polymers have proved potentials for improvement in properties of Portland cements...
Polymer concrete is becoming popular as a new construction material due to its high compressive, ten...
Polymer concrete (PC) is a popular construction material used for repair, thin over-lays for floors ...
Selection, design and control of materials are very important for achievement of a compatible, durab...
In less than one century concrete has become the most widely used construction material over the wor...
This research was performed to identify physical properties of polysulfide epoxy polymer concrete fo...
The rapid deterioration of concrete bridge decks as a result of the increased use of deicing salts i...
The use of fiberglass cloth layers as flexural reinforcement for polymer concrete was investigated. ...
Report No. CCEER-91-5The deterioration of bridge decks, due to the corrosion of reinforcing steel, i...
Increase in traffic volume leads to the increase in pavement distress, reduction of pavement service...
Polymer concrete (PC) is a composite material formed by combining mineral aggregates such as sand or...
The bond strength between ballast aggregates and mortar is a critical factor to achieving the requir...
PDFTech Report74-5DOT-FH-11-8164Bridge decksPolymer concreteConcrete overlaysMonomersMix designBondi...
The development of polymeric materials offers new perspectives of science and technology due to thei...
The use of polymers in concrete has a very long history. Over the past 25 years many researches have...
Some water-soluble polymers have proved potentials for improvement in properties of Portland cements...
Polymer concrete is becoming popular as a new construction material due to its high compressive, ten...
Polymer concrete (PC) is a popular construction material used for repair, thin over-lays for floors ...
Selection, design and control of materials are very important for achievement of a compatible, durab...
In less than one century concrete has become the most widely used construction material over the wor...
This research was performed to identify physical properties of polysulfide epoxy polymer concrete fo...
The rapid deterioration of concrete bridge decks as a result of the increased use of deicing salts i...
The use of fiberglass cloth layers as flexural reinforcement for polymer concrete was investigated. ...
Report No. CCEER-91-5The deterioration of bridge decks, due to the corrosion of reinforcing steel, i...
Increase in traffic volume leads to the increase in pavement distress, reduction of pavement service...
Polymer concrete (PC) is a composite material formed by combining mineral aggregates such as sand or...
The bond strength between ballast aggregates and mortar is a critical factor to achieving the requir...
PDFTech Report74-5DOT-FH-11-8164Bridge decksPolymer concreteConcrete overlaysMonomersMix designBondi...
The development of polymeric materials offers new perspectives of science and technology due to thei...
The use of polymers in concrete has a very long history. Over the past 25 years many researches have...
Some water-soluble polymers have proved potentials for improvement in properties of Portland cements...
Polymer concrete is becoming popular as a new construction material due to its high compressive, ten...