Aeroassisted manned transfer vehicle (TAXI) for advanced Mars transportation

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Published by Deppt. of Aerospace andf Ocean Engineering, Virginia Polytechnic Institute and State University, For sale by the National Technical Information Service in Blacksburg, Va, [Springfield, Va .

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  • Space vehicles.

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Book details

SeriesNASA CR -- 181478., NASA contractor report -- NASA CR-181478.
ContributionsUnited States. National Aeronautics and Space Administration.
The Physical Object
FormatMicroform
Pagination1 v.
ID Numbers
Open LibraryOL15277045M

Download Aeroassisted manned transfer vehicle (TAXI) for advanced Mars transportation

American Institute of Aeronautics and Astronautics Sunrise Valley Drive, Suite Reston, VA Cited by: Get this from a library. Aeroassisted manned transfer vehicle (TAXI) for advanced Mars transportation. [United States. National Aeronautics and Space Administration.;]. The OTV, Orbital Transfer Vehicle.

The orbital tug is perhaps the most common, yet least glamorous spacecraft. The shuttles slingships, fiercely clawing their way out of the gravity well, are dramatic, but never get higher than LEO, whereas most orbital activities, such as the space stations and spacedocks, take place at higher orbits.

Thermal Protection Requirements for Near-Earth Aeroassisted Orbital Transfer Vehicle Missions Thermal Design of Aeroassisted Orbital Transfer Vehicles August Design study of a slant-nose-cylinder aeroassisted orbital transfer vehicleCited by: The concept of aeroassisting for orbital transfer has been recognized as one of the critical technologies for pioneering the space frontier.

In space transportation systems, aeroassisting (or aerobraking), defined as the deceleration resulting from the effects of atmospheric drag upon a vehicle during orbital operations, opens new mission opportunities, especially with regard to the.

The objectives of the Orbital Transfer Vehicle (OTV) Concept Definition and Systems Analysis study, conducted by General Dynamics Space Systems Division under company funds with data provided to NASA-MSFC, were to define the requirements, concepts, and evolutionary approaches for development of an OTV for reusable operations to GEO and beyond, including manned access; assess the.

Description. The present volume is devoted to the thermophysics of aeroassisted orbital transfer vehicle (AOTVs). As its title suggests, it is truly a progress volume for it illustrates the recent advances and current thinking with regard to AOTVs.

Journal of Thermophysics and Heat Transfer; Books. AIAA Education Series; Library of Flight; Progress in Astronautics and Aeronautics; The Aerospace Press; Browse All Books; Meeting Papers; Standards; For Authors ; Vol Issue 4.

No Access. Aerodynamic requirements of a manned Mars aerobraking transfer vehicle. The Agency and the Hill_Book_1Maypdf. The Challenge of Space AEROASSISTED MANNED TRANSFER VEHICLE (TAXI) download.

AEROASSISTED ORBIT TRANSFER VEHICLE TRAJECTORY download. AEROASSISTED ORBITAL. a manned transportation system (and/or vehicle) to and from the planet Mars. This goal closely paralleled concepts covered in the Commission's report. Specifically, concentration on the design of an Aeroassisted Manned Transfer Vehicle (AMTV) for use in an advanced, Cycling Ship based, Mars transportation system, was decided upon.

Vehicle performance tradeoff study for a small size lifting re-entry vehicle A Preliminary Analysis of Small Spacecraft Finite-Thrust Aeroassisted Orbital Transfer Begüm Senses and.

Thermal design of aeroassisted orbital transfer vehicles. New York, NY: American Institute of Aeronautics and Astronautics, © (OCoLC) Document Type: Aeroassisted manned transfer vehicle book All Authors / Contributors: H F Nelson.

Aeroassisted orbital transfer (AOT) combines space maneuvers and atmospheric maneuvers so as to achieve propellant savings vis-à-vis purely propulsive maneuvers, albeit at the expense of high heating rates during the atmospheric pass.

Of critical importance is the study of optimal trajectories; equally important is the development of guidance schemes in view of the precision. As an example, according to Miele, the fuel saving for a planar or quasi-planar aeroassisted transfer between a geostationary orbit and low Earth orbit can reach 60% of the fuel needed by Hohmann equivalent transfer.

Atmospheric density variations, vehicle area-to-mass ratio, aerodynamical coefficients are the main causes of the deviations in. For the case of a manned return to the Moon (build-up of a lunar base included) this paper investi- gates the use of lunar oxygen as propellant com- ponent for an aeroassisted orbital transfer vehicle for interorbital transfer and for a lunar bus for lunar descent/ascent.

Furthermore, the fluorination as a possible production process is outlined. Aero-assisted orbit transfer vehicles have the potential for significantly reducing the fuel requirements in certain classes of orbit transfer operations. Level Two involves Interactive Services such as the ISS, in-space attachment of re-boost packages, orbit transfer vehicles and common launchers.

The item System technology analysis of aeroassisted orbital transfer vehicles: moderate lift/drag (): phase I final report, Volume IB, Part I, Study results represents a specific, individual, material embodiment of a distinct intellectual or artistic creation found in Indiana State Library.

The three phases of the mission are illustrated on Figure 1. Low orbit MODEL EQUATIONS The spacecraft is supposed to be axisymmetric and the data for its model are taken from an AFE type vehicle (Miele et a/., a, b), (Gamble et a/., ).

Thus, the aerodynamic forces on the vehicle are limited to the drag and lift. The attitude control of a spacecraft with a moderate lift/drag ratio during an aeroassisted orbit transfer is considered. The system is non linear, and can be transformed in a linear time-varying one in function of the aerodynamic velocity of the vehicle and the atmospheric density, the purpose of this work is to use adaptive techniques to control the attitude of the vehicle, so that the.

Full text of "Two designs for an orbital transfer t Orion: A proposal for a manned orbital transfer vehicle for the 21st Century" See other formats 1 J J 1 I 'J ^ I University of Virginia Two Designs lor ©n:= U VEHICLE. ihCJld CllCfi: 1. stagnation-point heat transfer rate, W/cm 2 entry vehicle nose radius Aeroassisted Orbital Transfer Vehicle INTRODUCTION Manned missions to Mars have been a topic of great interest to both.

Full text of "Orbital transfer vehicle concept definition and system analysis study, Volume 1-A: Executive summary supplement" See other formats J ^ MCR NAS Volume l-A Executive Summary Supplement Orbital Transfer Vehicle Concept Definition And System Analysis Study (NASI-Cfi-lSSS'i^) CBfillAL IfiAK£l£B VEHICLE CCIiCECI DEFINIIlCt AhC SYSIEB AbAiXSIS £iuuy.

Fuel-optimal trajectories for aeroassisted coplanar orbital transfer problem Abstract: The optimal control problem arising in coplanar, orbital transfer employing aeroassist technology is addressed. The maneuver involves the transfer from high Earth orbit to low Earth orbit by means of the atmosphere with the object of minimizing the total fuel.

Aeroassisted orbital transfer introduces a strong coupling between the trajectory design and the vehicle design; a trajectory that minimizes fuel mass without attention to heating may require the.

Aeroassisted manned transfer vehicle (TAXI) for advanced Mars transportation [microform.] [] Blacksburg, Va.: Deppt.

of Aerospace andf Ocean Engineering, Virginia Polytechnic Institute and State University ; [Springfield, Va. Dickman, G. Orbital Transfer Vehicle Concept Definition and Systems Analysis Study - Volume 2: OTV Concept Definition and Evaluation.

Book 3: Subsystem Trade Studies, Boeing Aerospace Company, NASA Contract NAS, NASA-CR, Rev. 1, July Aeroassisted Orbital Transfer Vehicles: Moderate Lift/Drag ()" was prepared by the General Electric Company, Space Systems Division for the National Aeronautics and Space Administration's George C.

Marshall Space flight Center (MSPC) in accordance. texts All Books All Texts latest This Just In Smithsonian Libraries FEDLINK 5 ADV SPACECRAFT/AEROASSISTED ORBITAL TRANSFER Manned,SWUS,Sovereign Wealth US,Lee Joseph Common,space plane,ship,crewed,joint, INTERSTELLAR, ORBITAL TRANSFER VEHICLE, MANNED TRANSPORTATION, SPACE PROPULSION, LAUNCH VEHICLE.

References. Cruz, “The aerocapture vehicle mission design concept,” in Proceedings of the AIAA Joint Propulsion Conference,AIAA papar View at: Google Scholar M. Bello Mora and G. Dutruel-Lecohier, “Reentry and aeroassisted transfer trajectory optimal control: the gradient restoration algorithm,” in Proceedings of the 3rd International Conference on Space Guidance.

Aeroassisted Orbital Transfer Vehicles (AOTV) become relevant to meeting the crew transfer functional requirement. Results are shown for several vehicle classes along with the impacts of varied mission parameters such as crew-day, and delta-velocity (V) requirements.

CTV Element Tradespace. vehicle as an aeroassisted reusable vehicle is economically justified, even in the most modest projected mission scenarios. We believe that, even though it is difficult to justify on a discounted life cycle cost basis, the lower operational cost of space based OTV missions and the ancillary operational benefits justify investment in space basing.

COVID Resources. Reliable information about the coronavirus (COVID) is available from the World Health Organization (current situation, international travel).Numerous and frequently-updated resource results are available from this ’s WebJunction has pulled together information and resources to assist library staff as they consider how to handle coronavirus.

Books. Publishing Support. Login. Reset your password. Park C Problems of rate chemistry in the flight regimes of aeroassisted orbital transfer vehicles, Prog. Astronaut. Aeronaut.

96 Google Scholar. Park C Assessment of two-temperature kinetic model for ionizing air, AIAA Paper The various vehicle concepts are examined in greater detail and an attempt is made to identify the technology barriers that have, thus far, prevented aeroassisted orbit transfer from achieving.

Get this from a library. System technology analysis of aeroassisted orbital transfer vehicles. Volume IA, Part 1, Executive summary: moderate lift/drag (): phase I final report.

[United States. National Aeronautics and Space Administration.;]. Get this from a library. Final report for the aeroassisted orbital transfer vehicle control technology, contract no.

NAS [United States. National Aeronautics and Space Administration.;]. Of particular interest are the aeroassisted orbital transfer vehicles (AOTV), high lift-to-drag vehicles that perform maneuvers such as synergetic plane changes (utilizing both aerodynamic and propulsive forces), and transatmospheric vehicles (TAV) that experience hypervelocity flight up to orbital speeds at the outer fringes of the atmosphere.

high-altitude, high-drag aerohraking vehicle configurations such as aeroassisted orbital transfer vehicles .4OTVs). and high-lift transatmospheric vehicles (TAVs) for the purpose of maturing the enabling technology for the design of such vehicles. Research.

AEROASSISTED MANNED TRANSFER VEHICLE (TAXI).pdf. AEROASSISTED ORBIT TRANSFER VEHICLE TRAJECTORY AEROASSISTED ORBITAL TRANSFER NASA HISTORICAL DATA BOOK_Volume NASA Hypersonic Propulsion – Overview of Progress from to pdf.

This report presents the results of systems analyses and conceptual design of space transfer vehicles (STV). The missions examined included piloted and unpiloted lunar outpost support and spacecraft servicing, and unpiloted payload delivery to various earth and solar orbits. The study goal was to examine the mission requirements and provide a decision data base for future programmatic.

Thermodynamically nonequilibrium airflow past blunt bodies at high supersonic velocities is investigated with allowance for nonequilibrium dissociation and recombination reactions, vibrational-dissociative interaction and the reciprocal effect of the reactions on vibrational relaxation. Simplified Navier-Stokes equations, which take into account the structure of the viscous shock, are used for.

Jonny Kim Is The SEAL-Mathematician-Doctor-Astronaut We Desperately Need Right Now With a resume that reads like fiction, it's pretty clear that this dude belongs in space.The Aeroassist Flight Experiment (AFE), scheduled to be performed inwill serve as a precursor for aeroassisted space transfer vehicles (ASTV’s) and is representative of entry concepts being considered for missions to Mars.

Rationale for the AFE is reviewed briefly as are the various experiments carried aboard the vehicle.

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