Abstract Space is a stupendous and elephantine field that needs immense exploration and
the advancements in the field of spacecraft materials are the top-notch field of today's …

The multidisciplinary design optimization (MDO) approach is very crucial for the conceptual
design of the aircraft, and this is due to the complex interaction between different disciplines …

The optimal design of a three-dimensional thermal protection structure is urgent for the
current hypersonic vehicles. A designed gradient woven material composed of fabric and …

Monopropellant propulsion systems are widely used especially for low cost attitude control
or orbit correction (orbit maintenance). To optimize the total propulsion system, subsystems …

In the present paper, a new multi-objective technique using Holistic Concurrent Design
(HCD) is applied to optimize multidisciplinary design of Space Launch System (SLS). The …

Armored vehicle design is a complex constrained optimization problem which often involves
a number of fuzzy and stochastic parameters. In this paper, a fuzzy optimization problem …

Purpose The purpose of this paper is finding the optimal geometric parameters and
developing of a method for optimizing a light unmanned aerial vehicle (UAV) wing …

Despite the many advantages of the design optimization technique, this method is costly for
real engineering problems. This cost will increase sharply for issues with a multidisciplinary …

This article details a holistic concurrent design framework, based on fuzzy logic, which is
suitable for multidisciplinary systems. The methodology attempts to enhance communication …

The dynamics of blunt-body reentry vehicles are crucial, as they must withstand the intense
aerodynamic forces and extreme heat generated during atmospheric reentry. Despite …