Temperature Control in High Performance Concrete

Martin Sedlmajer; Jiří Zach; Jitka Hroudová; Lenka Bodnárová

doi:10.4028/www.scientific.net/AMR.1100.162

Paper Titles

Microstructure of Lightweight and Decorative Renders with Modified Composition
p.142

Effect of High Temperatures on Microstructure of Repair Mortars Containing Artificial Aggregate Based on Sintered Ash
p.147

Effect of Concrete Mixture Composition on Acoustic Emission and Fracture Parameters Obtained from Three-Point Bending Test
p.152

The Laboratory Verification of the Absorption of Bitumen Waterproofing Sheets in the Dependence on Selected Parameters
p.156

Temperature Control in High Performance Concrete
p.162

Epoxy Screed as Possible Protection of Floor Surfaces
p.166

The Effect of Additives on the Properties of Lightweight Concrete Screed
p.170

Possibilities of Sugar Content Reduction in Filler of Cement-Bonded Particleboards
p.174

Experimental Determination of Mechanical Characteristics of Four Types of Stones and their Influence on the Construction Machinery Parts Wear
p.178

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1100Temperature Control in High Performance Concrete

Temperature Control in High Performance Concrete

Abstract:

The paper addresses the methodology of temperature observation of cement composites, such as concrete. It is mainly the monitoring of the course of hydration temperature and the possibilities of its regulation. Subsequently, the observation of temperature within samples which are exposed to high temperatures. Attention is paid to a variety of temperatures of a concrete segment which is being acted upon by a high-temperature source, e.g. fire. Temperature distribution at a varied distance from the heat source is observed.