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IAC-12-C4.1.11 PRELIMINARY DESIGN STUDY OF STAGED COMBUSTION CYCLE ROCKET ENGINE FOR SPACELINER HIGH-SPEED PASSENGER TRANSPORTATION CONCEPT
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Document Date: 2012-11-02 06:47:13


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City

Washington / DC / Unterkirnach / /

Company

DLR / AeroSpace Trajectory Optimization Software / Staged Combustion Cycle Rocket Engine Design Trade / Astos Solutions GmbH. / Hypersonic Systems / /

Continent

Europe / /

Country

Germany / Australia / /

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Facility

Marshall Space Flight Center / transportation system SpaceLiner / Space Transportation System Research and Development Center / American Institute of Aeronautics / /

IndustryTerm

large turbine gas / turbo machinery efficiency / turbine gas flow rate / hot fuel gas / turbine gas temperature / ultrafast passenger transportation system / turbine gas mass flow / turbine gas mass flow rate / fuel rich combustion gas / oxygen rich gas / turbo machinery design / machinery / gas hydrogen / turbo machinery design parameter / turbo machinery pre-sizing / higher turbine gas pressure / gas oxygen / turbine gas / fuel rich gas / machinery pre-sizing / turbo machinery / hot gas / turbine gas pressure / preferred design solution / larger turbine gas / /

NaturalFeature

OTP / LPFTP / /

Organization

Space Transportation System Research and Development Center / SLME V / Space Flight Center / American Institute of Aeronautics and Astronautics / NS NS / National Aeronautics and Space Administration / USAF / /

Person

Martin Sippel / Turbine Entry / Ryoma Yamashiro / /

Position

fuel head / stage Head / Marshall / SSME power-head / /

Product

SC / C4 / Impulse / /

ProvinceOrState

Nova Scotia / Massachusetts / /

Region

West America / East Asia / /

Technology

2.5g / radiation / fluid dynamics / ISP / heat transfer / /

SocialTag