Search academic texts

Registration Number

0223U001912, 0121U109770 , R & D reports

Title

Substantiation of design-ballistic parametres of extralight launch vehicles with polymer bodies taking into account aerodynamic and thermophysical effects on an atmospheric site

popup.stage_title

Head

Dreus Andrii Yu., Доктор технічних наук

Registration Date

06-02-2023

Organization

Oles Honchar Dnipro National University

popup.description2

 Object of research - the aerodynamic and thermal processes which are taking place at motion of launch vehicles on an atmospheric phase of trajectory. An aim of research – theoretical and experimental substantiation of design-ballistic parametres of extralight launch vehicles taking into account interaction with atmosphere. The basic methods of researches are analytically-settlement and experimental. Results over of research of behavior the polyethylene corps of launch vehicles are brought in the conditions of the aerodynamic heating at passing of atmospheric area of trajectory. It is shown that for providing of integrity of construction expedient is the use of additional teflon coverage. By the numeral design of flowing around the blast of the strained thick plate is set substantial influence of lengthening of plate on the coefficient of aerodynamic resistance at the subsonic and supersonic flowing around. The scientific novelty of the got results consists of that first by experimental and numeral researches influence of aerodynamic and thermal streams that operate on the power corps of rocket-carrier taking into account the changed lengthening of construction is certain. Foundation for realization of researches are the theoretical and experimental works of authors, represented in the published monographs and articles. A purview is a space-rocket technique.

Product Description

popup.authors

Aleksieienko Serhii V.
Bilyaeva Viktoriya V.
Brazaluk Iuliia V
Gubin Oleksandr I
Dreus Andrii Yu.
Dubovik Ludmila H
Kosheleva Iryna Yu.
Pashenko Ulayna D
Radovskiy Michaylo P

popup.nrat_date

2023-02-06