It is shown that it is possible to recover the three-dimensional modes of vibration of an
oscillating structure through an of ine digital photogrammetric approach employing only a …

The genetic/sensitivity-based hybrid algorithm was introduced and used for design studies
of aeroelastic tailoring of forward-swept composite aircrafts. The program of genetic …

In this article, a novel method for estimating inertial and stiffness parameters for aircraft
structures is presented. The method is based on a combination of the finite element method …

In this paper, a process by which experimental, or historical, data are used to create
physically meaningful mathematical models is demonstrated. The procedure involves …

In this paper, a TTCP+ Collaborative Program focused on the development of improved
procedures for flight flutter testing will be described. The Defense organizations of each of …

A measurement-based load updating method for finite element models subjected to static
loads was studied using a four-noded curved beam element for large displacements …

This article is the second part of a two paper series exploring the application of two
advanced computing techniques: artificial neural networks (ANNs) and genetic algorithms …

Reduced models are often used in the early phases of aircraft design to shorten analysis
times and contribute to the optimization process. In the final stages of aircraft design …

An Indexed Bibliography of Genetic Algorithms in Materials Science and Engineering Page 1
An Indexed Bibliography of Genetic Algorithms in Materials Science and Engineering …

In this paper, a process by which experimental, or historical, data are used to create
physically meaningful mathematical models is demonstrated. The procedure involves …