In this paper some basic questions on optimisation of structures prone to instability behaviour are addressed by using a simple example consisting only one state variable. A multi-criteria optimisation problem, where both the material cost and imperfection sensitivity are minimized, is formulated.Peer reviewe
Optimisation of thin-walled fibre composite cylindrical shell structures loaded by axial compression...
An extension of recent work1 on the simultaneous optimization of material and structure to address t...
Today's state of the art within industrial applications requires the usage of efficient and high-per...
In the past most of the works on structural optimisation have been based on either mathematical prog...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...
Optimal design of a frame structure with a specified geometric scheme consists in finding control pa...
This paper suggests an optimization-based design methodology for improving the strength and overall ...
Optimal design problems are usually formulated as problems of minimization of the energy, stored in ...
Earlier, the criterion of minimum material consumption was formulated within the outline design of t...
An optimization-based design methodology is presented for improving the strength and overall stabili...
Difficulties in structural optimization under constraints on linear or nonlinear buckling load facto...
This paper suggests an optimization-based design methodology for improving the strength and the over...
The objective of this paper was solving the optimization problem of lightweight stiffened structures...
Optimisation of structures requires the minimisation of an objective function subject to a set of co...
Earlier, the criterion of minimum material consumption was formulated within the design of the I-sha...
Optimisation of thin-walled fibre composite cylindrical shell structures loaded by axial compression...
An extension of recent work1 on the simultaneous optimization of material and structure to address t...
Today's state of the art within industrial applications requires the usage of efficient and high-per...
In the past most of the works on structural optimisation have been based on either mathematical prog...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...
Optimal design of a frame structure with a specified geometric scheme consists in finding control pa...
This paper suggests an optimization-based design methodology for improving the strength and overall ...
Optimal design problems are usually formulated as problems of minimization of the energy, stored in ...
Earlier, the criterion of minimum material consumption was formulated within the outline design of t...
An optimization-based design methodology is presented for improving the strength and overall stabili...
Difficulties in structural optimization under constraints on linear or nonlinear buckling load facto...
This paper suggests an optimization-based design methodology for improving the strength and the over...
The objective of this paper was solving the optimization problem of lightweight stiffened structures...
Optimisation of structures requires the minimisation of an objective function subject to a set of co...
Earlier, the criterion of minimum material consumption was formulated within the design of the I-sha...
Optimisation of thin-walled fibre composite cylindrical shell structures loaded by axial compression...
An extension of recent work1 on the simultaneous optimization of material and structure to address t...
Today's state of the art within industrial applications requires the usage of efficient and high-per...