РАЗРАБОТКА ЭЛАСТОМЕРНОГО МАТЕРИАЛА ДЛЯ ВНУТРЕННЕГО ТЕПЛОЗАЩИТНОГО ПОКРЫТИЯ РАКЕТНОГО ДВИГАТЕЛЯ ТВЕРДОГО ТОПЛИВА
Journal Title: Механіка гіроскопічних систем - Year 2017, Vol 0, Issue 33
Abstract
<p>В статье отражены основные результаты работ, связанные с разработкой рецептурного состава и технологии изготовления эластомерного материала, используемого при изготовлении внутреннего теплозащитного покрытия корпусов ракетных двигателей твердого топлива из полимерных композиционных материалов.</p>
Authors and Affiliations
Кристина Козис, Тамара Манько, Александр Потапов, Алексей Скоков, Степан Лавриненко
Structural analysis of the matrices of inflexibility of curvilinear rods
Currently, significant interest among the developers of navigation devices, particularly dynamically tuned gyros, is caused by the design of elastic elements with specified properties. In turn, the development of optima...
Robust supersonic aircraft control system
The motion trajectories of an aircraft with solid fuel engine cause a rapid change in flight altitude and velocity. Therefore, for such objects, the application of stationary control laws, obtained without taking into ac...
Pilotless flight vehicle motion control in the conditions of uncertainty
The article is devoted to the problem of pilotless airplane motion parameters adaptive regulator synthesis on the basis of the identification approach. For the solution of identification task the application possibility...
Integral aerodynamic layout of an unmanned aerial vehicle
The study is devoted to determining the influence of various layouts parameters of the UAV on its basic aerodynamic characteristics: the maximum value of aerodynamic perfection, the characteristics of longitudinal stabil...
Analysis of influence design parameters ejector pipe at the detonation specifications engine
The engines that use a detonation cycle have greater thermal efficiency than engines with constant-pressure combustion cycle. The mechanisms of ejector augmentation are evident in secondary air entrainment. The impulse c...