Sentence examples for soil reactive from inspiring English sources

In the paper is treated the influence of the main parameters to the punching shear resistance and punching behaviour of the reinforced concrete footings and foundation slabs, like: compressive strength of concrete, flexural reinforcement ratio, shear slenderness of the footing, soil reactive pressure distribution, stiffness of the footing-soil system, and mechanism of footing punching.

The rate by which the metal DMA concentration increased declined approximately exponentially, presumably both as a result of the declining free DMA ligand concentration and a declining availability of metals bound to soil reactive compounds.

Furthermore, most researches on such mass exchanges are for inert tracers, while most solutes in soil are reactive.

Lactate was delivered into the soil by a reactive transport rate of 3.7 cm2 d−1 V−1.

In assessment of the VEd, red (a) the upward force within assumed control perimeter at distance "a" due to the reactive soil pressure was subtracted.

A third case study involving a hypothetical stiffened slab foundation on reactive soil is used for comparison with one of the traditional design methods.

These microplate-based ferrozine methods can be applied to quantify several reactive soil Fe phases with high precision and throughput, minimal interference, and low cost relative to ICP-OES.

The case study has clearly shown that a leaking underground water pipe and/or excessive watering of a garden could cause more severe distortion to a single storey masonry veneer house than could be expected from seasonal moisture change and the deeper moisture re-distribution caused by the imposition of the house on seasonally dry reactive soil.

Cadmium accumulation by plants, for example, is influenced by the reactive soil cadmium content and pH.

The main objective of this paper is to enhance the current design practice of stiffened slab foundations on reactive soils through an advanced numerical modelling study.

The paper presents sophisticated three-dimensional (3D) hydro-mechanical finite element (FE) numerical models using coupled flow-deformation and stress analyses capable of simulating the complex behaviour of reactive soils and slab foundations.