The ice lensing phenomenon in layered soils, a condition that simulates the process of ice growth on varved soils, has been studied experimentally. Under the limited conditions of layer thicknesses, soils used, freezing rates, and moisture conditions, ice lenses formed at the face of the fine-textured (clay) layer when it was encountered by the freezing plane. Only minor heaving occurred in the coarse-textured (silt) layer when its thickness was increased.Le ph\ue9nom\ue8me de formation de lentilles de glace a \ue9t\ue9 \ue9tudi\ue9 dans des sols multi-couches, condition qui favorise le processus de croissance de glace dans les sols varv\ue9s. Sous les conditions limit\ue9es des \ue9paisseurs de couches, des sols utilis\ue9s, des vitesses d...
The characteristics behaviour and properties of frozen soils arise because ice and water coexist und...
We analyse the growth rate of segregated ice (ice lenses) in freezing porous media. For typical coll...
The freezing of the surface layers of the Earth’s crust causes the volume deformation of soil and is...
Growth characteristics of individual ice lenses in natural soils have been studied in the laboratory...
Whenever a soil of suitable texture and structure and with sufficient water content freezes slowly, ...
We present a physically intuitive model of ice-lens formation and growth during the freezing of soil...
We present a new, physically-intuitive model of ice-lens formation and growth during the freezing of...
The purpose of this review paper is to draw attention to the moisture redistribution process induced...
A generalized model for secondary frost heave in freezing fine-grained soils is presented and discus...
Artificial ground freezing (AGF) has been applied over 150 years for mining, and was adopted for civ...
This papa reviews some of the conditions required to develop massive ice lenses in freezing soils. T...
Frost heaving is a discontinuous phenomenon. It starts from rupture in the partially frozen soil cal...
X-ray photography has been used to locate the position of a growing ice lens in soil under laborator...
A literature survey shows that present interest in frost action research is focused on thermodynamic...
The major thermal influences on the frost-heaving process in soils are reviewed. Laboratory experime...
The characteristics behaviour and properties of frozen soils arise because ice and water coexist und...
We analyse the growth rate of segregated ice (ice lenses) in freezing porous media. For typical coll...
The freezing of the surface layers of the Earth’s crust causes the volume deformation of soil and is...
Growth characteristics of individual ice lenses in natural soils have been studied in the laboratory...
Whenever a soil of suitable texture and structure and with sufficient water content freezes slowly, ...
We present a physically intuitive model of ice-lens formation and growth during the freezing of soil...
We present a new, physically-intuitive model of ice-lens formation and growth during the freezing of...
The purpose of this review paper is to draw attention to the moisture redistribution process induced...
A generalized model for secondary frost heave in freezing fine-grained soils is presented and discus...
Artificial ground freezing (AGF) has been applied over 150 years for mining, and was adopted for civ...
This papa reviews some of the conditions required to develop massive ice lenses in freezing soils. T...
Frost heaving is a discontinuous phenomenon. It starts from rupture in the partially frozen soil cal...
X-ray photography has been used to locate the position of a growing ice lens in soil under laborator...
A literature survey shows that present interest in frost action research is focused on thermodynamic...
The major thermal influences on the frost-heaving process in soils are reviewed. Laboratory experime...
The characteristics behaviour and properties of frozen soils arise because ice and water coexist und...
We analyse the growth rate of segregated ice (ice lenses) in freezing porous media. For typical coll...
The freezing of the surface layers of the Earth’s crust causes the volume deformation of soil and is...