In the present paper, a three-dimensional problem of bearing capacity of square footing on random soil medium is analyzed. The random fields of strength parameters c and φ are generated using LAS procedure (Local Average Subdivision, Fenton and Vanmarcke 1990). The procedure used is re-implemented by the authors in Mathematica environment in order to combine it with commercial program. Since the procedure is still tested the random filed has been assumed as one-dimensional: the strength properties of soil are random in vertical direction only
A probabilistic model is presented to compute the probability density function (PDF) of the ultimate...
International audienceThis paper presents the effect of the spatial variability of the soil shear st...
Autorzy podjęli próbę analizy nośności granicznej, uwzględniającej zmienność parametrów podłoża przy...
Abstract – This paper aims to apply a new methodology in bearing capacity analysis, often referred t...
The paper presents the effect of the spatial variability of the soil properties on the ultimate bear...
The paper deals with evaluation of bearing capacity of strip foundation on random purely cohesive so...
This paper presents an efficient method and its usage for the three-dimensional random bearing capac...
This paper combines the random field methodology with the upper and lower bound finite element limit...
Bearing capacity and failure mechanism of a buried footing in uniforms oils have been simulated usin...
In this study, a probabilistic approach for evaluating the bearing capacity of surface footings is d...
This paper describes a probabilistic study of the two dimensional bearing capacity of a vertically l...
The paper deals with the problem of bearing capacity of a strip footing based on the random subsoil....
Soils with spatially varying shear strengths are modeled using random field theory and elasto-plasti...
In this paper, the reliability assessment of the bearing capacity of a shallow strip footing was con...
International audienceA probabilistic model is presented to compute the probability density function...
A probabilistic model is presented to compute the probability density function (PDF) of the ultimate...
International audienceThis paper presents the effect of the spatial variability of the soil shear st...
Autorzy podjęli próbę analizy nośności granicznej, uwzględniającej zmienność parametrów podłoża przy...
Abstract – This paper aims to apply a new methodology in bearing capacity analysis, often referred t...
The paper presents the effect of the spatial variability of the soil properties on the ultimate bear...
The paper deals with evaluation of bearing capacity of strip foundation on random purely cohesive so...
This paper presents an efficient method and its usage for the three-dimensional random bearing capac...
This paper combines the random field methodology with the upper and lower bound finite element limit...
Bearing capacity and failure mechanism of a buried footing in uniforms oils have been simulated usin...
In this study, a probabilistic approach for evaluating the bearing capacity of surface footings is d...
This paper describes a probabilistic study of the two dimensional bearing capacity of a vertically l...
The paper deals with the problem of bearing capacity of a strip footing based on the random subsoil....
Soils with spatially varying shear strengths are modeled using random field theory and elasto-plasti...
In this paper, the reliability assessment of the bearing capacity of a shallow strip footing was con...
International audienceA probabilistic model is presented to compute the probability density function...
A probabilistic model is presented to compute the probability density function (PDF) of the ultimate...
International audienceThis paper presents the effect of the spatial variability of the soil shear st...
Autorzy podjęli próbę analizy nośności granicznej, uwzględniającej zmienność parametrów podłoża przy...