The paper describes steel girders optimal design. Steel girders optimal design is based on the strength theory introduced by M. Huber, R. Mises, H. Hencky and on the theory of mirror functions. With the help of out-form volume we can either calculate the optimal form for a girder with variable cross-section or the optimal height for a girder of uniform cross-section. The paper introduces girders calculations according to the authors' methodology. For use this methodology effect of steel saving is about 10-20% compared with a girder or a beam with uniform cross-section. An example of determining optimal shape of a compressed-bend girder the paper describes
The problems of optimal design of truss-type structures, aimed at determining the minimal volume (we...
The paper deals with a shape optimisation procedure of steel, compressed bars. Circular hollow secti...
The minimisation of both the mass and deflection of a beam in bending is addressed in the paper. To ...
Text includes handwritten formulasAn analytical investigation is made to find optimum proportions fo...
The continuous increasing trends in the case of the raw material-, energy-, production-, and operati...
AbstractThe paper presents a description and analysis of a certain method of mirror functions (MMF),...
Girders are used to support building floors, roofs, and bridges or as members of towers, cranes. Whe...
In many steel structures like buildings, industrial halls and bridges, standardized hot-rolled secti...
In many steel structures like buildings, industrial halls and bridges, standard hot-rolled sections ...
In the literature, the optimal design composers, in general, one aim function what are the mass, vo...
A parametric study, using the FEM-software package ABAQUS, validated on experimental results found b...
In this study, an optimum design of I-section composite girders is carried out considering meterial ...
Since the construction scale of structures becomes larger and their configuration becomes more comp...
The main subject of this work is to find ideal solution of the steel frame structure and offer the b...
The structural optimization method of steel cantilever used in concrete box girder bridge widening i...
The problems of optimal design of truss-type structures, aimed at determining the minimal volume (we...
The paper deals with a shape optimisation procedure of steel, compressed bars. Circular hollow secti...
The minimisation of both the mass and deflection of a beam in bending is addressed in the paper. To ...
Text includes handwritten formulasAn analytical investigation is made to find optimum proportions fo...
The continuous increasing trends in the case of the raw material-, energy-, production-, and operati...
AbstractThe paper presents a description and analysis of a certain method of mirror functions (MMF),...
Girders are used to support building floors, roofs, and bridges or as members of towers, cranes. Whe...
In many steel structures like buildings, industrial halls and bridges, standardized hot-rolled secti...
In many steel structures like buildings, industrial halls and bridges, standard hot-rolled sections ...
In the literature, the optimal design composers, in general, one aim function what are the mass, vo...
A parametric study, using the FEM-software package ABAQUS, validated on experimental results found b...
In this study, an optimum design of I-section composite girders is carried out considering meterial ...
Since the construction scale of structures becomes larger and their configuration becomes more comp...
The main subject of this work is to find ideal solution of the steel frame structure and offer the b...
The structural optimization method of steel cantilever used in concrete box girder bridge widening i...
The problems of optimal design of truss-type structures, aimed at determining the minimal volume (we...
The paper deals with a shape optimisation procedure of steel, compressed bars. Circular hollow secti...
The minimisation of both the mass and deflection of a beam in bending is addressed in the paper. To ...