To launch a rocket to the edge of space using a pressure fed rocket system with liquid oxygen as propellant, you need to know exactly how much pressurant gas (helium) you need to take along. In this thesis a practical investigation on cryogenic tank pressurization is conducted together with DARE. The measurement results are used to validate numerical simulations that model the tank pressurization system.Aerospace EngineeringSpace Engineerin
This paper describes the current developments regarding cryogenic rocket engine technology at Delft ...
Two phase flows appear in spacecraft operations due to low-pressure or vacuum conditions in the prop...
International audienceA technological barrier for long duration space mission using cryogenic propul...
Analysis of Cryogenic Propellant Tank Pressurization based upon Experiments and Numerical Simulation...
The active-pressurization of cryogenic propellant tanks for the launcher application was analyzed in...
This thesis presents a numerical investigation of the pressurization behavior of cryogenic propella...
As a result of a growing global launcher market, the European launcher industry is facing major ch...
International audienceOne of the key problems for space launcher, in the context of long duration mi...
International audienceOne of the key problems for space launcher, in the context of long duration mi...
As a result of a growing global launcher market, the European launcher industry is facing major ch...
The development, testing, and use of liquid propellant and hybrid rocket propulsion systems for spac...
As a result of a growing global launcher market, the European launcher industry is facing major ch...
A graphic method for determining the composition and phases exist-ing within a propellant tank when ...
Global space business is currently undergoing major changes due to increasing industrialization, new...
A prototype cold helium active pressurization system was incorporated into an existing liquid oxygen...
This paper describes the current developments regarding cryogenic rocket engine technology at Delft ...
Two phase flows appear in spacecraft operations due to low-pressure or vacuum conditions in the prop...
International audienceA technological barrier for long duration space mission using cryogenic propul...
Analysis of Cryogenic Propellant Tank Pressurization based upon Experiments and Numerical Simulation...
The active-pressurization of cryogenic propellant tanks for the launcher application was analyzed in...
This thesis presents a numerical investigation of the pressurization behavior of cryogenic propella...
As a result of a growing global launcher market, the European launcher industry is facing major ch...
International audienceOne of the key problems for space launcher, in the context of long duration mi...
International audienceOne of the key problems for space launcher, in the context of long duration mi...
As a result of a growing global launcher market, the European launcher industry is facing major ch...
The development, testing, and use of liquid propellant and hybrid rocket propulsion systems for spac...
As a result of a growing global launcher market, the European launcher industry is facing major ch...
A graphic method for determining the composition and phases exist-ing within a propellant tank when ...
Global space business is currently undergoing major changes due to increasing industrialization, new...
A prototype cold helium active pressurization system was incorporated into an existing liquid oxygen...
This paper describes the current developments regarding cryogenic rocket engine technology at Delft ...
Two phase flows appear in spacecraft operations due to low-pressure or vacuum conditions in the prop...
International audienceA technological barrier for long duration space mission using cryogenic propul...