Within the German Future Space Launcher Technology Research Program ASTRA several reusable concepts have been investigated. Particularly one dedicated for near-term application consists of an Ariane 5-type expendable core stage and two liquid fly back boosters (LFBB). The present investigation focused on the interaction between the booster and the core stage during ascent phase. The analysis is carried out numerically by means of the DLR unstructured code TAU. The numerical results allow a compressive study of the complicate flow pattern between the boosters and the central core and address the changes on aerodynamic drag between the three configurations considered
The German future launcher technology research program ASTRA investigates in its system study two ty...
This paper describes the final design status of a partially reusable space transportation system whi...
Reusability is anticipated to strongly impact the launch service market if sufficient reliability an...
Within the German future space launcher technology research program ASTRA two reusable first stage d...
Within the German future space launcher technology research program ASTRA two reusable first stage d...
One of the partially reusable space transportation systems considered within the German future space...
The report describes aerodynamic studies for the design of an Ariane 5 Liquid Fly-Back Booster (LFBB...
In the frame of German future space transportation technology and research program ASTRA a concept o...
This technical report gives a complete overview of the results of a preliminary systems analysis of ...
In order to achieve an improved understanding of the interaction of the nozzle flow with the base fl...
As the winged liquid fly-back booster (LFBB) is one of the partially reusable space transportation s...
The German future space launcher technology research program ASTRA considers for near term applicati...
Within the German future launcher technology research program ASTRA a reusable concept called a wing...
This paper describes in its first part a parametrical investigation of different types of liquid fly...
Substantial requirements for future rocket technologies are the cost-efficient access to orbit as we...
The German future launcher technology research program ASTRA investigates in its system study two ty...
This paper describes the final design status of a partially reusable space transportation system whi...
Reusability is anticipated to strongly impact the launch service market if sufficient reliability an...
Within the German future space launcher technology research program ASTRA two reusable first stage d...
Within the German future space launcher technology research program ASTRA two reusable first stage d...
One of the partially reusable space transportation systems considered within the German future space...
The report describes aerodynamic studies for the design of an Ariane 5 Liquid Fly-Back Booster (LFBB...
In the frame of German future space transportation technology and research program ASTRA a concept o...
This technical report gives a complete overview of the results of a preliminary systems analysis of ...
In order to achieve an improved understanding of the interaction of the nozzle flow with the base fl...
As the winged liquid fly-back booster (LFBB) is one of the partially reusable space transportation s...
The German future space launcher technology research program ASTRA considers for near term applicati...
Within the German future launcher technology research program ASTRA a reusable concept called a wing...
This paper describes in its first part a parametrical investigation of different types of liquid fly...
Substantial requirements for future rocket technologies are the cost-efficient access to orbit as we...
The German future launcher technology research program ASTRA investigates in its system study two ty...
This paper describes the final design status of a partially reusable space transportation system whi...
Reusability is anticipated to strongly impact the launch service market if sufficient reliability an...