Abstract In Sect. 1.3.1 , we found out that there are limits to the obtainable payload mass because of the finite structural mass. This limit is crucial for the construction of a rocket. If a rocket is to reach the low Earth orbit, a propulsion demand of about 9 km s−1 has to be taken into account (see end of Sect. 6.4.7 ), which is at the limit of feasibility for today’s chemical propulsions. If a higher payload ratio beyond 3% is required, or the S/C needs to leave the gravitational field of the Earth requiring a higher propulsion demand, one has to take measures to increase the rocket efficiency.
Rocket Staging
Astronautics ; 47-65
3rd ed. 2018
2018-01-01
19 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
Optimum staging technique for multistaged rocket vehicles
Engineering Index Backfile | 1957
|Three Stage Rocket Vehicle with Parallel Staging
NTIS | 1982
|Three Stage Rocket Vehicle with Parallel Staging
NTIS | 1982
|Three stage rocket vehicle with parallel staging
NTRS | 1984
|Optimum staging of solid-propellant rocket vehicles
Engineering Index Backfile | 1961
|