The unique thermal and mechanical properties exhibited by shape memory alloys (SMAs)
present exciting design possibilities in the field of aerospace engineering. When properly …

This paper presents the design and implementation of Power System Stabilizers in a
multimachine power system based on innovative evolutionary algorithm overtly as Breeder …

Successful implementation of genetic algorithms depends on optimum values of several
parameters but the most critical parameters are population size, crossover and mutation …

The solutions for inverse shape design (ISD) problems are provided in many cases using
evolutionary algorithms linked up with CFD solvers. Among the optimization methods …

The use of numerical optimization techniques on simulation models is a developing field.
Many of the available algorithms are not well suited to the types of problems posed by …

In this study, the power of vibrational genetic algorithm (VGA) for transonic airfoil design and
optimisation problems, which are generally characterized by multi‐model topology in the …

We introduce the Vibration concept for real coded Genetic Algorithm and its implementation
to inverse airfoil design, which decreases the number of CFD calculations. This concept …

Shape design problems, in general, and inverse design problems, in particular, are often
solved via optimization techniques. Evolutionary algorithms provide robust and efficient …

In this study, we constructed an automatic optimization system applying the multiobjective
genetic algorithm (MOGA) and developed an artificial implantable lung possessing …

Conclusions A new formulation for the centroid of an arbitrary polyhedron bounded by
arbitrary planar polygonal faces is derived. Compared with an earlier formulation, the new …