Abstract Pile caps can be dimensioned using, preferably, plastic models (strut-and-tie) and models based on the flexion theory. In order to analyze the behavior of the stresses in the lower and upper nodal regions of the cap, a theoretical analysis of the experimental results found by several researchers was made. There was a discrepancy in the results obtained and, as a result, a critical analysis carried out and a new methodology for the verification of the nodal stress near the upper zone, based on the multiaxial behavior of the concrete, is suggested.</div
A large percentage of pile caps support only one column, and the pile caps in turn are supported by ...
Pile caps are structural elements used to transfer actions from the superstructure to a group of pil...
The structural behavior of pile caps with sockets embedded is influenced by interface of column-sock...
The pile caps can be dimensioned using, preferably, plastic models (struts-and-tie) and models based...
Strut-and-tie models provide a simple and rational way to design discontinuity regions in reinforced...
In this paper a numerical analysis of three-pile caps is developed to study the influence of concret...
This paper compares the results between a non-linear three-dimensional numerical analysis of pile ca...
The application of bending theory based methods and strut-and-tie models for the design of pile caps...
The main goal of this work is the comparative analysis between two analytic methods and one numeric ...
The strut and tie method is capable of closely representing the structural behavior of pile caps. Ho...
This paper presents a three-dimensional photoelastic investigation of two- and four-pile caps for di...
The present research studies the behavior of reinforced concrete locking beams supported by two capp...
Abstract This paper describes the parametric analysis applied to assess the influence of column anch...
This work presents a comparative analysis about the behaviour of pile caps supported by 3 piles subj...
Piling caps are foundation elements that are responsible for transmitting the loads from the columns...
A large percentage of pile caps support only one column, and the pile caps in turn are supported by ...
Pile caps are structural elements used to transfer actions from the superstructure to a group of pil...
The structural behavior of pile caps with sockets embedded is influenced by interface of column-sock...
The pile caps can be dimensioned using, preferably, plastic models (struts-and-tie) and models based...
Strut-and-tie models provide a simple and rational way to design discontinuity regions in reinforced...
In this paper a numerical analysis of three-pile caps is developed to study the influence of concret...
This paper compares the results between a non-linear three-dimensional numerical analysis of pile ca...
The application of bending theory based methods and strut-and-tie models for the design of pile caps...
The main goal of this work is the comparative analysis between two analytic methods and one numeric ...
The strut and tie method is capable of closely representing the structural behavior of pile caps. Ho...
This paper presents a three-dimensional photoelastic investigation of two- and four-pile caps for di...
The present research studies the behavior of reinforced concrete locking beams supported by two capp...
Abstract This paper describes the parametric analysis applied to assess the influence of column anch...
This work presents a comparative analysis about the behaviour of pile caps supported by 3 piles subj...
Piling caps are foundation elements that are responsible for transmitting the loads from the columns...
A large percentage of pile caps support only one column, and the pile caps in turn are supported by ...
Pile caps are structural elements used to transfer actions from the superstructure to a group of pil...
The structural behavior of pile caps with sockets embedded is influenced by interface of column-sock...