Classification of aerodynamic systems for low Earth orbit space hardware deorbiting

Abstract

The aim of this paper is to develop a classifier of aerodynamic systems for low Earth orbit space hardware deorbiting. Aerodynamic deorbiting systems are classified. A coding scheme for systems of this type is proposed. The classification performed and the proposed coding scheme have made it possible to develop a classifier that can be used in the automation of the aerodynamic system design process. In the classifier, the features mainly relate to the shape, shaping, and various modifications of an aerodynamic element that directly interacts with the incident flow of the rarefied atmosphere.

Authors and Affiliations

O. Paliy

Keywords

Related Articles

Special features of effects of sizes of gas-dispersive flow particles on their interactions with channel walls

Interactions between the gas-dispersive flow particles and the channel walls under conditions of the velocity gradients for the carrier gas in a boundary layer are examined. The effects of the particle sizes on their mot...

Wear-resistant wheel profile for a freight car with an increased axle load

At present, new 18-9817 (ICG Motion Control) trucks designed for 1520 mm railway freight cars with an axle load increased to 25 tf are adopted for freight car fleet renewal in Ukraine. The aim of this paper is to develop...

On the adaptation of bifunctional systems of liquid-propellant rocket thrust vector control to modern methods and systems of space rocket stage flight control

The aim of this paper is to demonstrate that bifunctional rocket trust vector control systems can easily be adapted to modern flight control systems of space rocket stages with mass asymmetry that changes during the flig...

Development of a combined technology for parts strengthening

The aim of this work is to develop a combined technological process for improving the performance characteristics of units and parts with moving contacting surfaces. The process is based on metal surface property modific...

Determination of parameters of cavitation self-oscillation in hydraulic system under simultaneous longitudinal oscillation of pipe structure and fluid

The paper deals simultaneous longitudinal oscillation of feed pipes of liquid rocket engines (LRE) and flu-ids. Cavities, normally occurring in operations of LRE pumps, can result in self-excited low-frequency of the flu...

Download PDF file
  • EP ID EP348247
  • DOI -
  • Views 86
  • Downloads 0

How To Cite

O. Paliy (2017). Classification of aerodynamic systems for low Earth orbit space hardware deorbiting. Технічна механіка, Техническая механика, Technical Mechanics, 4(4), 49-54. https://europub.co.uk/articles/-A-348247