Article presents problem statement and solution for joint calculation of temperature regime and stress-strain state of permafrost soils under building footing, with consideration of thermal impact from on-surface and buried high-temperature utilities. Based on a series of optimization tasks, a design model for stress-strain state has been developed, solutions of test problems have been obtained and analyzed to determine the degree of influence of temperature stresses and relation of the deformation characteristics of frozen soil in the negative temperature spectrum on the stress distribution and settlement values of frozen soil base under the building
In this work the authors considered a freezing-and-melting process of soils under the polyurethane-i...
Weak thawing soils around the metal piles pose the main danger when constructing oil pipelines or ot...
Development of northern territories opens up new opportunities for social and economic development o...
The goal of calculations in foundation engineering is to define strain-stress behavior of a soil bul...
The paper describes a mathematical model of the soil experiencing freezing and thawing. The mathemat...
During construction in the Far North, due to the preservation of permafrost soils, the buildings are...
More than a third of the Earth's surface is subject to seasonal or prolonged soil frosts, and the re...
Constructions on permafrost have to be ensured with reliability of the foundation, which, under the ...
Abstract Introduction. The bearing capacity of soil in the frozen state is much higher than its bea...
The object of the study is the soil susceptible to cryogenic cracking during freezing. The formation...
The mechanical properties of frozen soils are described in terms of creep, relaxation and strength. ...
The article considers the features of designing the bases and foundations of buildings and structure...
Much of the territory of the Russian Federation is located in the permafrost soil area. The develope...
This paper presents the possibility for setting heated building foundations at a depth lower than th...
This paper seeks to propose a numeric model for the determination of structure’s settlement on froze...
In this work the authors considered a freezing-and-melting process of soils under the polyurethane-i...
Weak thawing soils around the metal piles pose the main danger when constructing oil pipelines or ot...
Development of northern territories opens up new opportunities for social and economic development o...
The goal of calculations in foundation engineering is to define strain-stress behavior of a soil bul...
The paper describes a mathematical model of the soil experiencing freezing and thawing. The mathemat...
During construction in the Far North, due to the preservation of permafrost soils, the buildings are...
More than a third of the Earth's surface is subject to seasonal or prolonged soil frosts, and the re...
Constructions on permafrost have to be ensured with reliability of the foundation, which, under the ...
Abstract Introduction. The bearing capacity of soil in the frozen state is much higher than its bea...
The object of the study is the soil susceptible to cryogenic cracking during freezing. The formation...
The mechanical properties of frozen soils are described in terms of creep, relaxation and strength. ...
The article considers the features of designing the bases and foundations of buildings and structure...
Much of the territory of the Russian Federation is located in the permafrost soil area. The develope...
This paper presents the possibility for setting heated building foundations at a depth lower than th...
This paper seeks to propose a numeric model for the determination of structure’s settlement on froze...
In this work the authors considered a freezing-and-melting process of soils under the polyurethane-i...
Weak thawing soils around the metal piles pose the main danger when constructing oil pipelines or ot...
Development of northern territories opens up new opportunities for social and economic development o...