Composite, sandwich and functionally graded materials are frequently utilized for different
applications. Thus, numerous optimization studies have been conducted on structures made …

Composite laminates have found wide-ranging applications in various areas of structural,
marine and aerospace industries. Their design and optimization is a challenging task due to …

The paper deals with the multi-objective optimization problems of laminated composite
beam structures. The objective function is to minimize the weight of the whole laminated …

The paper presents a global numerical approach for lightweight design optimization of
laminated composite plates subjected to frequency constraints. In the design optimization …

The free vibration dynamic modellings of sandwich beams with periodic lattice truss cores
are established by combining the Bernoulli–Euler beam theory and Timoshenko beam …

The optimal lay-up design for the maximum fundamental frequency of variable stiffness
laminated composite plates is investigated using a layer-wise optimization technique. The …

The present research work explores genetically optimized skew laminates, whose stacking
sequence has been varied to maximize their fundamental frequencies with the help of an …

This paper describes a method for lightweight design of composite laminated structures
using optimization technique. The lightweight design optimization model aims to minimize …

A multi‐objective integrated optimization framework that considers the manufacturing
process in the design of a tapered carbon‐fiber‐reinforced polymer (CFRP) rim structure …

This paper investigates the vibro-acoustic characteristics of the moderately thick laminated
rectangular plate-cavity coupling system by using a modified Fourier series method. In the …