A finite element thermomechanical analysis of a concrete arch dam has been carried out to predict the extent of cracking due to temperature variations. A linear elastic analysis allows us to find out the areas exceeding the tensile strength of the concrete. Then, a smeared crack approach based on a non-local damage model is used to accurately predict the pattern of the damage at the dam. Additionally, joint elements are introduced in the damaged regions of the wall to analyze the evolution of the crack aperture over the year
High temperatures generated in the concrete due to the hydration of cement induce thermal tensile st...
The temperature field of concrete dams in operational stages is dominantly influenced by variations ...
In this thesis, the possibility to numerically describing the behaviour that signifies shear type ...
Dams located in cold areas are subjected to large seasonal temperature variations and many concrete ...
The design and maintenance of concrete dams in cold regions is a challenging task, in large due to t...
Dams located in cold areas are subjected to large seasonal temperature variations and many concrete ...
The design and maintenance of concrete dams in cold regions is a challenging task, in large due to t...
Dams located in cold areas are subjected to large seasonal temperature variations and many concrete ...
Concrete dams located in northern regions are exposed to large seasonal temperature variations. Thes...
Concrete dams located in northern regions are exposed to large seasonal temperature variations. Thes...
In order to make clear the cracking reasons in arch dam of Xiaowan Hydropower Station during operati...
In arch dams the thermal field assumes an important role, appearing the first thermal effects duri...
Arch dams are designed for the same loads as other dams with the exception of the temperature load, ...
Abstract: Some Arch Dam has been in operation for more than 20 years, and many cracks have occurred ...
This paper focuses on the development, verification and application of a three-dimensional finite el...
High temperatures generated in the concrete due to the hydration of cement induce thermal tensile st...
The temperature field of concrete dams in operational stages is dominantly influenced by variations ...
In this thesis, the possibility to numerically describing the behaviour that signifies shear type ...
Dams located in cold areas are subjected to large seasonal temperature variations and many concrete ...
The design and maintenance of concrete dams in cold regions is a challenging task, in large due to t...
Dams located in cold areas are subjected to large seasonal temperature variations and many concrete ...
The design and maintenance of concrete dams in cold regions is a challenging task, in large due to t...
Dams located in cold areas are subjected to large seasonal temperature variations and many concrete ...
Concrete dams located in northern regions are exposed to large seasonal temperature variations. Thes...
Concrete dams located in northern regions are exposed to large seasonal temperature variations. Thes...
In order to make clear the cracking reasons in arch dam of Xiaowan Hydropower Station during operati...
In arch dams the thermal field assumes an important role, appearing the first thermal effects duri...
Arch dams are designed for the same loads as other dams with the exception of the temperature load, ...
Abstract: Some Arch Dam has been in operation for more than 20 years, and many cracks have occurred ...
This paper focuses on the development, verification and application of a three-dimensional finite el...
High temperatures generated in the concrete due to the hydration of cement induce thermal tensile st...
The temperature field of concrete dams in operational stages is dominantly influenced by variations ...
In this thesis, the possibility to numerically describing the behaviour that signifies shear type ...