Add to ORKGThe problem of maximization of the buckling load and the problem of maximization of the natural vibration frequency under a condition imposed on the global cost is discussed. Cross-sectional areas of bar structures and number of elastic supports, their positions and stiffnesses (or the number and positions of rigid supports) are selected as design parameters. The proposed here algorithm of optimization of bar structures with their supports is applied for analysis of some optimization problems. Illustrative examples confirm applicability of the proposed approach
The algorithm of optimization of trusses is presented in the paper, where for topology optimization ...
The structural design of fixtures for vibration testing of structures on electro-dynamic shakers cor...
An elastic support-based optimization model is developed for a machinery mounting system comprising ...
The problem of maximization of the buckling load and the problem of maximization of the natural vibr...
The paper considers parametric optimization problems for the steel bar structures formulated as nonl...
The problems of optimal design of truss-type structures, aimed at determining the minimal volume (we...
An optimization method to maximize the fundamental frequency of a structure is developed. The proced...
An optimization-based design methodology is presented for improving the strength and overall stabili...
This paper investigates the optimal locations of rigid point supports to maximize the fundamental fr...
This paper suggests an optimization-based design methodology for improving the strength and overall ...
The design of the best structure for a given purpose depends upon the criterion used for optimisati...
The non-linear programming algorithms for the minimum weight design of structural frames are present...
AbstractPreviously, the minimum criteria for material consumption projected and amplified rods were ...
This paper is concerned with the optimal design of an internal ring support for rectangular plates a...
Earlier, the criterion of minimum material consumption was formulated within the outline design of t...
The algorithm of optimization of trusses is presented in the paper, where for topology optimization ...
The structural design of fixtures for vibration testing of structures on electro-dynamic shakers cor...
An elastic support-based optimization model is developed for a machinery mounting system comprising ...
The problem of maximization of the buckling load and the problem of maximization of the natural vibr...
The paper considers parametric optimization problems for the steel bar structures formulated as nonl...
The problems of optimal design of truss-type structures, aimed at determining the minimal volume (we...
An optimization method to maximize the fundamental frequency of a structure is developed. The proced...
An optimization-based design methodology is presented for improving the strength and overall stabili...
This paper investigates the optimal locations of rigid point supports to maximize the fundamental fr...
This paper suggests an optimization-based design methodology for improving the strength and overall ...
The design of the best structure for a given purpose depends upon the criterion used for optimisati...
The non-linear programming algorithms for the minimum weight design of structural frames are present...
AbstractPreviously, the minimum criteria for material consumption projected and amplified rods were ...
This paper is concerned with the optimal design of an internal ring support for rectangular plates a...
Earlier, the criterion of minimum material consumption was formulated within the outline design of t...
The algorithm of optimization of trusses is presented in the paper, where for topology optimization ...
The structural design of fixtures for vibration testing of structures on electro-dynamic shakers cor...
An elastic support-based optimization model is developed for a machinery mounting system comprising ...