This paper presents the design of boundary combined footings of rectangular shape using a new model to consider real soil pressure acting on the contact surface of the footing; such pressure is presented in terms of an axial load, moment around the “X” axis and moment around the “Y” axis to each column. The classic model considers an axial load and moment around the transverse axis applied in each column, and when the moments in two directions are taken into account, the maximum pressure throughout the contact surface of the footing is considered the same. The main part of this research is that the proposed model considers real soil pressure and the classic model takes into account the maximum pressure and uniform is considered. It is concl...
The design of vertical formwork is dependent on the lateral pressure predicted to act on the fo...
This paper studies the behavior of a concrete shoe, isolated and with axial load, on a recebo type s...
A three-dimensional kinematic limit analysis approach based on the radial point interpolation method...
This paper presents the design of boundary combined footings of rectangular shape using a new model ...
This paper presents a comparative study for the design of reinforced concrete isolated footings that...
The standard design method (classical method) for reinforced concrete rectangular footings is: First...
In this paper, a simplified calculus model for the prediction of the compressive response of RC colu...
In this paper, a practical calculus model based on the strut-and-tie approach for prediction of the ...
As we know the foundation is the most important member of the building and a precise analysis of foo...
This article presents a solution for the quantitative evaluation of the stress–strain state (SSS) an...
This paper deals with the modeling of the plane frame structure-foundation-soil system. The superstr...
This paper presents the results of a series of load tests carried out with a foundation model suppor...
The authors present a very interesting criterion for choosing a rectangular foundation.The writers s...
Limit analysis of smooth square and rectangular footings is presented in this paper. Three dimension...
Ultimate limit states under vertical (V), moment (M) and horizontal (H) loading of rectangular footi...
The design of vertical formwork is dependent on the lateral pressure predicted to act on the fo...
This paper studies the behavior of a concrete shoe, isolated and with axial load, on a recebo type s...
A three-dimensional kinematic limit analysis approach based on the radial point interpolation method...
This paper presents the design of boundary combined footings of rectangular shape using a new model ...
This paper presents a comparative study for the design of reinforced concrete isolated footings that...
The standard design method (classical method) for reinforced concrete rectangular footings is: First...
In this paper, a simplified calculus model for the prediction of the compressive response of RC colu...
In this paper, a practical calculus model based on the strut-and-tie approach for prediction of the ...
As we know the foundation is the most important member of the building and a precise analysis of foo...
This article presents a solution for the quantitative evaluation of the stress–strain state (SSS) an...
This paper deals with the modeling of the plane frame structure-foundation-soil system. The superstr...
This paper presents the results of a series of load tests carried out with a foundation model suppor...
The authors present a very interesting criterion for choosing a rectangular foundation.The writers s...
Limit analysis of smooth square and rectangular footings is presented in this paper. Three dimension...
Ultimate limit states under vertical (V), moment (M) and horizontal (H) loading of rectangular footi...
The design of vertical formwork is dependent on the lateral pressure predicted to act on the fo...
This paper studies the behavior of a concrete shoe, isolated and with axial load, on a recebo type s...
A three-dimensional kinematic limit analysis approach based on the radial point interpolation method...