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keywords:(Engine integration)

    Overview of ERA Integrated Technology Demonstration (ITD) 51A Ultra-High Bypass (UHB) Integration for Hybrid Wing Body (HWB)

    J. D. Flamm / K. D. James / J. T. Bonet | NTIS | 2016
    Schlagwörter: Engine airframe integration , Systems integration

    Experimental Evaluation of BLI Propulsion: The Boundary Layer Ingesting Inlet/Distortion-Tolerant Fan Solution

    D. J. Arend | NTIS | 2018
    Schlagwörter: Engine inlets , Engine airframe integration

    Power, Energy Storage and Conversion for Aircraft

    R. Dyson | NTIS | 2018
    Schlagwörter: Engine airframe integration

    Advanced Air Transport Technology (AATT)

    M. Wadel / H. Fernandez / S. Anders | NTIS | 2019
    Schlagwörter: Engine airframe integration

    Design of Airframe-Integrated, Distortion-Tolerant Propulsion Systems

    R. V. Florea / L. W. Hardin / G. Tillman et al. | NTIS | 2011
    Schlagwörter: Engine design , Engine airframe integration , Engine inlets

    Propulsion System Dynamic Modeling of the NASA Supersonic Concept Vehicle for AeroPropulsoServoElasticity

    Kopasakis G. / Connolly J. W. / Seiel J. | NTIS | 2016
    Schlagwörter: Systems integration , Engine parts

    Performance Improvements of a Highly Integrated Digital Electronic Control System for an F-15 Airplane

    T. W. Putnam / F. W. Burcham / M. G. Andries et al. | NTIS | 1985
    Schlagwörter: Engine control , Systems integration , Engine airframe integration , Engine failure

    Spiral Development of Distributed Electric Propulsion from Ground to Flight

    S. Ginn / S. Clarke | NTIS | 2016
    Schlagwörter: Engine airframe integration

    Vehicle Integrated Propulsion Research Tests

    J. D. Lekki / G. W. Hunter / D. Simon et al. | NTIS | 2013
    Schlagwörter: Systems integration , Engine tests

    Space Transportation Booster Engine Configuration Study. Addendum: Design Definition Document

    NTIS | 1989
    Schlagwörter: Engine airframe integration , Engine design , Engine parts

    Overview of Low-Speed Aerodynamic Tests on a 5.75% Scale Blended-Wing-Body Twin Jet Configuration

    D. D. Vicroy / E. Dickey / N. Princen et al. | NTIS | 2016
    Schlagwörter: Engine airframe integration

    Predicted Performance Benefits of an Adaptive Digital Engine Control System of an F-15 Airplane

    F. W. Burcham / L. P. Myers / R. J. Ray | NTIS | 1985
    Schlagwörter: Engine airframe integration , Engine parts , Engine tests

    Lessons in Systems Engineering: The SSME Weight Growth History

    R. Ryan | NTIS | 2008
    Schlagwörter: Space shuttle main engine , Rocket engine design , Systems integration

      Lessons in Systems Engineering - The SSME Weight Growth History

      R. Ryan | NTIS | 2009
      Schlagwörter: Space shuttle main engine , Rocket engine design , Systems integration

    CFD Predictions for Transonic Performance of the ERA Hybrid Wing-Body Configuration

    K. A. Deere / J. M. Luckring / S. N. McMillin et al. | NTIS | 2016
    Schlagwörter: Engine airframe integration , Engine design

    Impact of IPS and IRS Configuration on Engine Installation Design

    J. R. Ballard | NTIS | 1986
    Schlagwörter: Engine design , Engine airframe integration , Engine inlets

    Propulsion System Dynamic Modeling for the NASA Supersonic Concept Vehicle: AeroPropulsoServoElasticity

    G. Kopasakis / J. Connolly / J. Seidel | NTIS | 2014
    Schlagwörter: SYSTEMS INTEGRATION , ENGINE PARTS

    Distortion Tolerant Control Demonstrated in Flight

    J. C. DeLaat | NTIS | 1998
    Schlagwörter: Turbojet engine control , Engine monitoring instruments , Systems integration

    NASA N3-X with Turboelectric Distributed Propulsion

    J. L. Felder | NTIS | 2014
    Schlagwörter: Engine airframe integration

    NASA-JAXA Joint Management Approach for Upper Stage Engine System Development

    A.D Smith | NTIS | 2013
    Schlagwörter: Rocket engine design , Systems integration

    NASA Electrified Propulsion Research Summary

    B. Esker | NTIS | 2019
    Schlagwörter: Engine airframe integration