Sentence examples for transport durability from inspiring English sources

The focus of this paper is to classify the investigations on the properties of aerated concrete in terms of physical (microstructure, density), chemical, mechanical (compressive and tensile strengths, modulus of elasticity, drying shrinkage) and functional (thermal insulation, moisture transport, durability, fire resistance and acoustic insulation) characteristics.

Significant improvements in the transport and durability characteristics of concrete pipes were realized by the addition of modified graphite nanoplatelets.

The planar geometry of graphite nanoplatelets is another distinguishing feature of this nanomaterial, which favors its role towards enhancement of the transport and durability characteristics of concrete.

The disadvantages of those materials in comparison with commercial Pt/C catalysts could be divided with three points of volumetric activity, mass transport ratio, and durability.

Results show that substituting optimum levels of metakaolin improves different aspects of the transport properties and durability performance.

Studies on pore structure are essential to better understand the transport properties and durability of cement based materials.

It is likely that the initial plastic viscosity has a marked influence on the volume of the largest capillary pores of concrete, which can significantly affect transport properties and durability.

Similar approaches can be followed to study other materials, in which the comprehension of their physical, transport-related and durability properties are also needful.

Then, the characteristic lengths for drying and wetting are proposed for the tunnel wall through simplified model of moisture transport to define different durability patterns for tunnel wall, and the associated durability risks are identified.

They become the platform of resource processing for commodities which lies in the nature of renewable resources: as they often have little durability and low transport densities, transport distances have to be kept short from the harvesting area to the sites of transformation into commodities.

The aim of this study is to investigate the effect of sodium monofluorophosphate (Na-MFP) on frost scaling durability and transport properties of carbonated blast-furnace slag cement (BFSC) mortar.