In order to design a steel member subjected to a bending moment and an axial load, there are an infinite number of possible solutions I- or H- steel cross-sections, the doubly-symmetric solution being just one of them. This paper presents a procedure to obtain the optimal steel cross-section from the infinite number of possible solutions. The process is based on the Reinforcement Sizing Diagrams employed in reinforced concrete strength design. The procedure looks for any type of solution regarding compact or non-compact steel sections. All aspects related to local instabilities will be taken into account, as well as special considerations in order to address the global instabilities associated with the slenderness of the steel element
A design method for the reinforcement-steel area in a concrete section with a generic shape is propo...
Abstract: This paper presents an efficient numerical procedure for the rapid design of arbitrary-sha...
The capability of steel fiber-reinforced concrete to carry tensile stresses, also in the presence of...
In order to design a steel member subjected to a bending moment and an axial load, there are an infi...
The optimisation of the steel area and the steel localisation in a T-beam under bending is carried o...
Abstract-- The development of a design model for steel reinforced concrete section is presented in t...
This paper presents a technique for optimal sizing of reinforced concrete beams with rectangular and...
We present a family of algorithms for evaluating the ultimate limit state of composite and reinforce...
This paper presents an analytical procedure for the design of the longitudinal reinforcement in rein...
An iterative approach based on the fully-stressed design concept employing scaling to find an effici...
Para el diseño de un elemento estructural tipo viga-columna se suelen seleccionar secciones dobleme...
Nowadays, the design of concrete structures in Europe is governed by the application of Eurocode 2 (...
Formula-se o problema de custo mínimo de secções rectangulares de betão armado à flexão segundo o E...
An algorithm for optimum minimum-weight design of built-up wide-flange sections for flexural steel m...
Structural steel design is traditionally a two step process: first, the internal forces and moments ...
A design method for the reinforcement-steel area in a concrete section with a generic shape is propo...
Abstract: This paper presents an efficient numerical procedure for the rapid design of arbitrary-sha...
The capability of steel fiber-reinforced concrete to carry tensile stresses, also in the presence of...
In order to design a steel member subjected to a bending moment and an axial load, there are an infi...
The optimisation of the steel area and the steel localisation in a T-beam under bending is carried o...
Abstract-- The development of a design model for steel reinforced concrete section is presented in t...
This paper presents a technique for optimal sizing of reinforced concrete beams with rectangular and...
We present a family of algorithms for evaluating the ultimate limit state of composite and reinforce...
This paper presents an analytical procedure for the design of the longitudinal reinforcement in rein...
An iterative approach based on the fully-stressed design concept employing scaling to find an effici...
Para el diseño de un elemento estructural tipo viga-columna se suelen seleccionar secciones dobleme...
Nowadays, the design of concrete structures in Europe is governed by the application of Eurocode 2 (...
Formula-se o problema de custo mínimo de secções rectangulares de betão armado à flexão segundo o E...
An algorithm for optimum minimum-weight design of built-up wide-flange sections for flexural steel m...
Structural steel design is traditionally a two step process: first, the internal forces and moments ...
A design method for the reinforcement-steel area in a concrete section with a generic shape is propo...
Abstract: This paper presents an efficient numerical procedure for the rapid design of arbitrary-sha...
The capability of steel fiber-reinforced concrete to carry tensile stresses, also in the presence of...