The finite element method (FEM) is increasingly used for design of reinforced concrete structures. 3D FE analysis can provide more accurate structural analysis, but to use its full strength in daily design a number of critical issues have been addressed. Practical guidelines are provided for detailed design of reinforced concrete slabs. Recommendations are given on linear FE modelling, e.g. regarding geometry, support conditions and mesh density, as well as on the use of analysis results, e.g. regarding stress concentrations, choice of critical sections and redistribution widths for practical reinforcement design
Reinforced concrete (RC) slabs are among the most critical parts of the load-carrying capacity of su...
There are two primary methods to investigate the response of reinforced concrete (RC) structural com...
In order to make non-linear finite element analyses applicable during assessments of the ultimate lo...
The finite element method (FEM) is increasingly used for design of reinforced concrete structures. 3...
The finite element method is increasingly used for design of reinforced concrete structures. Threedi...
The finite element method is increasingly used for design of reinforced concrete structures. Threedi...
In the bridge design community the usage of 3D finite element analyses has increased substantially i...
In the bridge design community the usage of 3D finite element analyses has increased substantially ...
In the bridge design community the usage of 3D finite element analyses has increased substantially ...
According to the new fib Model Code 2010 the design shear resistance of a reinforced concrete (RC) ...
According to the new fib Model Code 2010 the design shear resistance of a reinforced concrete (RC) s...
According to the new fib Model Code 2010 the design shear resistance of a reinforced concrete (RC) s...
Concrete slabs are today usually designed by traditional hand calculation methods. Powerful numeri...
Concrete slabs are today usually designed by traditional hand calculation methods. Powerful numeri...
Reinforced concrete structures show a pronounced non-linear response, with cracking of concrete for ...
Reinforced concrete (RC) slabs are among the most critical parts of the load-carrying capacity of su...
There are two primary methods to investigate the response of reinforced concrete (RC) structural com...
In order to make non-linear finite element analyses applicable during assessments of the ultimate lo...
The finite element method (FEM) is increasingly used for design of reinforced concrete structures. 3...
The finite element method is increasingly used for design of reinforced concrete structures. Threedi...
The finite element method is increasingly used for design of reinforced concrete structures. Threedi...
In the bridge design community the usage of 3D finite element analyses has increased substantially i...
In the bridge design community the usage of 3D finite element analyses has increased substantially ...
In the bridge design community the usage of 3D finite element analyses has increased substantially ...
According to the new fib Model Code 2010 the design shear resistance of a reinforced concrete (RC) ...
According to the new fib Model Code 2010 the design shear resistance of a reinforced concrete (RC) s...
According to the new fib Model Code 2010 the design shear resistance of a reinforced concrete (RC) s...
Concrete slabs are today usually designed by traditional hand calculation methods. Powerful numeri...
Concrete slabs are today usually designed by traditional hand calculation methods. Powerful numeri...
Reinforced concrete structures show a pronounced non-linear response, with cracking of concrete for ...
Reinforced concrete (RC) slabs are among the most critical parts of the load-carrying capacity of su...
There are two primary methods to investigate the response of reinforced concrete (RC) structural com...
In order to make non-linear finite element analyses applicable during assessments of the ultimate lo...