Optimum structural design of composites is a research subject that has drawn the attention
of many researchers for more than 40 years with a growing interest. In this study, a review of …

A multiobjective optimization problem is presented to determine the optimal layer thickness
and optimal closed loop control function for a symmetric cross-ply laminate subjected to …

The problem of minimizing the dynamic response of laminated truncated conical shells with
minimum control force is presented. The total elastic energy of the shell is taken as a …

Multiobjective design and control optimization of composite laminated plates is presented to
minimize the postbuckling dynamic response and maximize the buckling load. The control …

A design control optimization approach is used to determine optimal levels of ply thickness,
fiber orientation angle and closed-loop control force for composite laminated doubly curved …

A multiobjective design and control optimization problem for functionally graded (FG) plates
is presented using a first-order plate theory including the normal strain effect. The aim of the …

Multiobjective design and control optimization of composite laminated non-linear doubly
curved shell with various boundary conditions is presented to minimize the dynamic …

A control optimization problem for functionally graded (FG) plates is presented using a first-
order shear deformation plate theory including through-the-thickness normal strain effect …

A control optimization problem for functionally graded (FG) plates is presented using a first‐
order shear deformation plate theory including through‐the‐thickness normal strain effect …

The problem of minimizing the dynamic response of an anisotropic rectangular plate of
variable thickness with minimum possible expenditure of force is presented for various …