This paper deals with the system-analytical aspects of a high thrust LOX-Kerosene engine to be used in expendable boosters. The attached reference space transportation system is a future Ariane 5 with cryogenic core and upper stage, but skipped solid rocket boosters. The booster engine design is based on a gas generator cycle and features some of the low cost design parameters which were applied to the MC-1 engine. The investigations are focused on the feasibility and the effects of such an engine design when applied to booster propulsion of large launch vehicles such as ARIANE 5
Based on the booster stage of the DSL TSTO-concept with separation Mach number range 2.7 to 3.5, the...
One of the most essential design features of a liquid rocket propulsion system is the cycle in which...
Engine data and information are presented to perform system studies on cargo orbit-transfer vehicles...
In this work, alternatives are considered to the current Ariane 5 configuration, which adopts solid...
In this paper a high thrust, cryogenic bleed cycle engine, to be used for propulsion of future reusa...
In this paper a high trust, cryogenic bleed cycle engine is analyzed, to be used for propulsion of f...
This paper investigates different types of reusable first stages using hydro-carbon propulsion desig...
This paper investigates different types of reusable first stages designed for a near term applicatio...
This paper describes a parametrical investigation of different types of liquid fly-back boosters (LF...
This paper describes the final design status of a partially reusable space transportation system whi...
This paper describes in its first part a parametrical investigation of different types of liquid fly...
The German future launcher technology research program ASTRA investigates in its system study two ty...
The need to increase specific impulse of rocket launcher engines has lead design engineers to start ...
Results of theoretical investigations on expander bleed cycle engines as well as operational experie...
The rapid growth in demand for spacecraft technologies has spawned a need for a variety of new and i...
Based on the booster stage of the DSL TSTO-concept with separation Mach number range 2.7 to 3.5, the...
One of the most essential design features of a liquid rocket propulsion system is the cycle in which...
Engine data and information are presented to perform system studies on cargo orbit-transfer vehicles...
In this work, alternatives are considered to the current Ariane 5 configuration, which adopts solid...
In this paper a high thrust, cryogenic bleed cycle engine, to be used for propulsion of future reusa...
In this paper a high trust, cryogenic bleed cycle engine is analyzed, to be used for propulsion of f...
This paper investigates different types of reusable first stages using hydro-carbon propulsion desig...
This paper investigates different types of reusable first stages designed for a near term applicatio...
This paper describes a parametrical investigation of different types of liquid fly-back boosters (LF...
This paper describes the final design status of a partially reusable space transportation system whi...
This paper describes in its first part a parametrical investigation of different types of liquid fly...
The German future launcher technology research program ASTRA investigates in its system study two ty...
The need to increase specific impulse of rocket launcher engines has lead design engineers to start ...
Results of theoretical investigations on expander bleed cycle engines as well as operational experie...
The rapid growth in demand for spacecraft technologies has spawned a need for a variety of new and i...
Based on the booster stage of the DSL TSTO-concept with separation Mach number range 2.7 to 3.5, the...
One of the most essential design features of a liquid rocket propulsion system is the cycle in which...
Engine data and information are presented to perform system studies on cargo orbit-transfer vehicles...