The main goal of the structural optimization is to minimize the weight of structures while satisfying all design requirements imposed by design codes. In this paper, an algorithm is proposed to minimize the weight of nonlinear truss structure under uncertainty. We consider a single objective nonlinear structural design model from Nicholas Ali et al.’s [14] to verify that the proposed algorithm is an effective optimization algorithm in the creation of an optimal design for truss structures. Numerical example is provided to illustrate our algorithm. The result shows that this algorithm is a powerful search and optimization technique for structural design. KEYWORDS: Optimization
The problems of optimal design of truss-type structures, aimed at determining the minimal volume (we...
In this paper, we develop a neutrosophic optimization (NSO) approach for optimizing the design of pl...
An actual structural design, especially that of lightweight structures, must evaluate strength, stif...
Structural optimization is an important area related to both optimization and structural engineering...
In today’s extremely developing and competitive world exploiting from a limited amount of available ...
Abstract. In this work a design optimization tool to obtain robust optimum designs of trusses under ...
An actual design of light‐weight structures must evaluate strength, stiffness and stability constrai...
In the past few decades, metaheuristic optimization methods have emerged as an effective approach fo...
This book offers an introduction to numerical optimization methods in structural design. Employing a...
This dissertation presents an investigation of the feasibility of using approximated structural beha...
et al.;Numerical Applications in Engineering (IUSIANI) at ULPGC;Spanish Society for Applied Mathemat...
The work reported in this thesis is about one of the many branches of convex optimization: the truss...
The non-linear programming algorithms for the minimum weight design of structural frames are present...
grantor: University of TorontoOptimal designs are highly dependent on the conditions for w...
Structural design optimization can reduce both the consumption of natural resources by the construct...
The problems of optimal design of truss-type structures, aimed at determining the minimal volume (we...
In this paper, we develop a neutrosophic optimization (NSO) approach for optimizing the design of pl...
An actual structural design, especially that of lightweight structures, must evaluate strength, stif...
Structural optimization is an important area related to both optimization and structural engineering...
In today’s extremely developing and competitive world exploiting from a limited amount of available ...
Abstract. In this work a design optimization tool to obtain robust optimum designs of trusses under ...
An actual design of light‐weight structures must evaluate strength, stiffness and stability constrai...
In the past few decades, metaheuristic optimization methods have emerged as an effective approach fo...
This book offers an introduction to numerical optimization methods in structural design. Employing a...
This dissertation presents an investigation of the feasibility of using approximated structural beha...
et al.;Numerical Applications in Engineering (IUSIANI) at ULPGC;Spanish Society for Applied Mathemat...
The work reported in this thesis is about one of the many branches of convex optimization: the truss...
The non-linear programming algorithms for the minimum weight design of structural frames are present...
grantor: University of TorontoOptimal designs are highly dependent on the conditions for w...
Structural design optimization can reduce both the consumption of natural resources by the construct...
The problems of optimal design of truss-type structures, aimed at determining the minimal volume (we...
In this paper, we develop a neutrosophic optimization (NSO) approach for optimizing the design of pl...
An actual structural design, especially that of lightweight structures, must evaluate strength, stif...