1967•Journal of the Society of Materials Science JapanOpen access

Studies on Repairing of Concrete Cracks with Epoxy Resin

Yasuhiko Tsuruta

Open full text 0 citations

Abstract

Cracks appearing on concrete or mortar of structures would reduce the life of structure and destroy its functions, because they cause permeation or penetration of air and moisture. For example, water permeation and air penetration through such cracks promote a corrosion of steel frames and bars.As a procedure to avoid such unfavorable consequences, cement paste or natrium silicate anhydride of inorganic material has been hitherto used to repair such cracks. Those materials have fulfilled the purpose of repairing such cracks to some degree, but not to the fullest satisfaction.In recent years, thanks to rapid development in the use of high polymer materials, they have been introduced into the field of concrete engineerings, and found not only to be applicable to, but most useful for, repair works of concrete cracks.This paper is intended to refer to the studies made on the use of Epoxy resin as a filler for concrete and mortar cracks instead as an adhesive agent widely being employed for concrete and mortar works.

Open-access reader

About this research paper

What this paper is about

Cracks appearing on concrete or mortar of structures would reduce the life of structure and destroy its functions, because they cause permeation or penetration of air and moisture. For example, water permeation and air penetration through such cracks promote a corrosion of steel frames and bars.As a procedure to avoid such unfavorable consequences, cement paste or natrium silicate anhydride of inorganic material has been hitherto used to repair such cracks. Those materials have fulfilled the purpose of repairing such cracks to some degree, but not to the fullest satisfaction.In recent years, thanks to rapid development in the use of high polymer materials, they have been introduced into the field of concrete engineerings, and found not only to be applicable to, but most useful for, repair works of concrete cracks.This paper is intended to refer to the studies made on the use of Epoxy resin as a filler for concrete and mortar cracks instead as an adhesive agent widely being employed for concrete and mortar works.

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Cracks appearing on concrete or mortar of structures would reduce the life of structure and destroy its functions, because they cause permeation or penetration of air and moisture. For example, water permeation and air penetration through such cracks promote a corrosion of steel frames and bars.As a procedure to avoid such unfavorable consequences, cement paste or natrium silicate anhydride of inorganic material has been hitherto used to repair such cracks. Those materials have fulfilled the purpose of repairing such cracks to some degree, but not to the fullest satisfaction.In recent years, thanks to rapid development in the use of high polymer materials, they have been introduced into the field of concrete engineerings, and found not only to be applicable to, but most useful for, repair works of concrete cracks.This paper is intended to refer to the studies made on the use of Epoxy resin as a filler for concrete and mortar cracks instead as an adhesive agent widely being employed for concrete and mortar works.

Key concepts: Materials science, Mortar, Epoxy, Composite material, Corrosion, Polymer concrete, Penetration (warfare), Adhesive

Related papers

Back to paper searchBrowse research topicsOriginal source
Studies on Repairing of Concrete Cracks with Epoxy Resin — Research Paper | ScholarLens