SUBGRADE STABILITY IN VARIABLE CLIMATES: THE CRITICAL ROLE  OF ENGINEERED SOIL COMPACTION.

Urokov A.X.; Ravshanov A.S.

Authors

Urokov A.X.

Tashkent state transport university (Tashkent, Uzbekistan)

Author
Ravshanov A.S.

Samarkand state architecture and construction university (Samarkand, Uzbekistan)

Author

Keywords:

roads, subgrade, water-thermal regime, moisture content, water accumulation, modulus of elasticity, standard compaction, maximal density, optimal moisture content.

Abstract

This article presents the results of a study to determine the maximum density and optimal moisture content of soils, taking into account the patterns of the water-thermal regime of the subgrade, the sources of wetting the subgrade and the entire road structure, and their seasonal water-thermal regime.

SUBGRADE STABILITY IN VARIABLE CLIMATES: THE CRITICAL ROLE OF ENGINEERED SOIL COMPACTION.

Authors

Urokov A.X.

Ravshanov A.S.

Keywords:

Abstract

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