1974Journal of Soil ScienceRequires access

TIME DEPENDENCE OF COMPRESSIBILITY FOR REMOULDED AND UNDISTURBED SOILS

A.R. Dexter, D.W. Tanner

Open publisher page 43 citations

Abstract

Summary Remoulded soils compress more rapidly than undisturbed soils at the same initial density and water content. Soils with larger particles compress more rapidly than those with smaller particles. Soils compress more slowly when they are more densely packed. Soils expand more slowly than they compress between the same two pressures. Implications of these results are that soils which are not tilled would be less susceptible to compaction, and that tractors and other vehicles would cause less compaction when travelling at higher speeds.

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What this paper is about

Summary Remoulded soils compress more rapidly than undisturbed soils at the same initial density and water content. Soils with larger particles compress more rapidly than those with smaller particles. Soils compress more slowly when they are more densely packed. Soils expand more slowly than they compress between the same two pressures. Implications of these results are that soils which are not tilled would be less susceptible to compaction, and that tractors and other vehicles would cause less compaction when travelling at higher speeds.

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Available abstract

Summary Remoulded soils compress more rapidly than undisturbed soils at the same initial density and water content. Soils with larger particles compress more rapidly than those with smaller particles. Soils compress more slowly when they are more densely packed. Soils expand more slowly than they compress between the same two pressures. Implications of these results are that soils which are not tilled would be less susceptible to compaction, and that tractors and other vehicles would cause less compaction when travelling at higher speeds.

Key concepts: Soil water, Compaction, Compressibility, Geology, Soil compaction, Soil science, Environmental science, Geotechnical engineering

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