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Rocket Propulsion and RCS Development and RCS.pdfAFALS and ProPep are used to analyze engine...

Date post: 23-Mar-2018
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T V G TGV Rockets, Inc 2420 Springer Dr. Suite 100 Norman, OK 73069 405-366-0779 Rocket Propulsion and RCS Development PROPULSION CAPABILITIES INCLUDE: Computer Aided Design (CAD) Finite Element Analysis (FEA) Thermochemical Analysis Heat Transfer Analysis Reaction Control System (RCS) Design TGV uses a variety of state-of-the-art applications to develop liquid fueled propulsion systems, and can design complete propulsion and RCS systems, including fluid systems layout, analysis and optimization, and component definition and vendor selection. TGV Inc. has computational resources to simulate a variety of transient and steady state fluid flow conditions. AFALS and ProPep are used to analyze engine equilibrium,and SINDA-FLUINT provides thermal analysis. Exhaust plume flows are modeled using NASA FUN3D. TGV personnel have extensive work experience in large liquid fuel test programs, and developing high pressure and high flow rate fluid systems including cryogenic, liquid, and gas systems, as well as fabrication and test of prototype hardware. TGV has completed the design, development and testing of large liquid propellant rocket engine systems, demonstrating injector and combustion chamber design, variable throttle operation, detailed heat transfer measurements, and low-power-level ignition. TGV Inc. has the knowledge and expertise to plan, design, analyze, prototype, test, and deliver complete propulsion and reaction control systems.
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Page 1: Rocket Propulsion and RCS Development and RCS.pdfAFALS and ProPep are used to analyze engine equilibrium,and SINDA-FLUINT provides thermal analysis. Exhaust plume flows are modeled

T VG

TGV Rockets, Inc2420 Springer Dr.

Suite 100Norman, OK 73069

405-366-0779

Rocket Propulsion and RCS Development

PROPULSION CAPABILITIES INCLUDE:Computer Aided Design (CAD)Finite Element Analysis (FEA)Thermochemical AnalysisHeat Transfer AnalysisReaction Control System (RCS) Design

TGV uses a variety of state-of-the-art applications to develop liquidfueled propulsion systems, and can design complete propulsion andRCS systems, including fluid systems layout, analysis andoptimization, and component definition and vendor selection.

TGV Inc. has computational resources to simulate a variety of transient and steady state fluid flowconditions. AFALS and ProPep are used to analyze engine equilibrium,and SINDA-FLUINT providesthermal analysis. Exhaust plume flows are modeled using NASA FUN3D.

TGV personnel have extensive work experience in large liquid fuel test programs, and developing highpressure and high flow rate fluid systems including cryogenic, liquid, and gas systems, as well asfabrication and test of prototype hardware.

TGV has completed the design, development and testing of large liquid propellant rocket engine systems,demonstrating injector and combustion chamber design, variable throttle operation, detailed heat transfermeasurements, and low-power-level ignition.

TGV Inc. has the knowledge and expertise to plan, design, analyze, prototype, test, and deliver completepropulsion and reaction control systems.

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