Influence of geometrical form of internal cavity in construction of transversal traction.

Aerospace propulsion engineering


Аuthors

Knyazev I. A.

Machinebuilding Design Bureau”Iskra” named after I.I. Kartukov, 35, Leningradskoe shosse, Moscow, 125284, Russia

e-mail: kozlova.iskra@mail.ru

Abstract

This construction can be applied in different directions of development REHF. Presently on the rockets of class «air-to-air» сhange of a vector of a direction reached by turn a flaps. Application of engine of TT on the rockets of «air-to-air» will allow considerably to decrease time of change of vector of direction of rocket, for a few seconds a rocket will be able not only to turn in necessary direction, but also without the special labour will develop on 180º at the minimum radius of turn as a result hit of purpose a rocket probability will grow considerably. Introduction of this construction in a space subject, will allow us to decide the row of problems. One of main problems it is a decline of weight accordingly increase of useful loading. For example, in composition engine installation emergency rescue system (ERS) «Souz-TMA» uses additional engines, which provide thrown down product evade launch vehicle and balance weight which stabilizes flight ERS. Design installation TT on ERS will allow to liquidate additional engines and a balance weight which weighs about 400 kg.

Keywords:

design; mechanism; factor of force of friction; area of enhanceable pressure; calculation area of model; critical section


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