Sentence examples for concrete exposure from inspiring English sources

Chromium hypersensitivity is associated with concrete exposure in the construction industry, leatherwork and tanning, and occupations involved in cleaning [ 32, 36, 58].

For deltamethrin treatment, concrete exposure arenas were created by mixing a driveway patching material (Rockkite®, Hartline Products, Co., Inc., Cleveland, OH, USA) with water to create a liquid slurry, and filling the bottom portion of a plastic Petri dish (62 cm area) to a depth of about 1.25 cm.

This study aims to investigate the change in the dynamic elastic modulus of concrete after exposure to high temperature depending on various experimental conditions including mixture proportions, exposure temperatures, post-fire storing period, and post-fire curing regimes.

We establish the shear stress strain equations for RCA-embedded concrete after exposure to different temperatures.

In this paper, a method was developed to detect the cracks of concrete after exposure to high temperature.

Since both of these reactions are irreversible, this information can help fire investigators estimate the temperature history of concrete after exposure to fire.

Through the microstructure analysis, three potential reasons were presented to help elucidate the deterioration mechanisms of concrete with exposure to aggressive environment.

Therefore, the relative properties of concrete after exposure to fire are of particular interest in the serviceability of buildings and the safety of inhabitants.

The bond-slip mechanisms, associated with the pull-out behaviour of steel fibres embedded in concrete after exposure to elevated temperatures, are experimentally investigated.

The microstructure, porosity, mechanical strengths, thermal analysis, coefficient of thermal expansion, thermal diffusivity and ablation behaviour of sacrificial concrete during exposure to various temperatures up to 1000 °C were comprehensively investigated.

This study investigated the changes in the performance and microstructure of MgO-SiO2 concrete under exposure to different environments involving carbonation, NaCl, MgCl2 and MgSO4 solutions for up to 180 days.