The wide speed range vehicle is believed to be ideal for space round trip and its design
process incorporates a number of disciplines. To achieve an overall optimal design, we …

This paper proposes a new format to store and exchange multidisciplinary design
optimization (MDO) systems. Here, the generic term MDO system refers to the set of …

Launch vehicle design is a multidisciplinary process involving different disciplines such as
aerodynamics, structure, propulsion and trajectory. This latter is a key discipline in the …

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 this research, a Multidisciplinary Design Optimization approach is proposed for the dual-
spin guided flying projectile design considering external and internal parts of the body as …

Wide-speed-range gliding vehicle (WSRGV) is designed to adapt to the variable cruising
environment that hypersonic vehicles will encounter during the mission implementation …

The design method presented in this paper is related to the upper-stage system and its
instrumentation, expedition and facilitation so as to transfer the satellite from the destination …

Monopropellant thruster is one of the most propulsion system types developed in the space
industry. This system uses a single type of propellant that reacts in porous medium catalytic …

Orbital transfer blocks has the task of transferring satellites to objective orbits from parking
orbit. In this paper, Attention will be given to multidisciplinary optimal design of the …

This study was designed to evaluate the effect of propellant formulation and geometry on the
solid propellant grains internal ballistic performance using core, bates, rod and tubular and …