David W. Riggins

发表

Exergy Analysis of a Turbojet Engine Modeled as a Lumped Parameter System

Christopher D. Marley, David W. Riggins, 2012 .

The use of direct solvers for compressible flow computations

Dominique Pelletier, David W. Riggins, Robert W. Walters, 1988 .

Hypersonic Drag and Heat-Transfer Reduction Using a Forward-Facing Jet

Harold E. Nelson, David W. Riggins, Benjamin Meyer, 2001 .

CFD Applications of Newton’s Method on Supercomputers

David W. Riggins, Robert W. Walters, 1988 .

The Second-Law Based Analysis of Aerospace Vehicle Performance

David W. Riggins, David J. Moorhouse, Trent M. Taylor, 2006 .

Performance Investigation and Characterization of Scramjet and Dual-Mode Scramjet Flow-Fields

David W. Riggins, 2000 .

Optimization for maximum performance high-speed engines

David W. Riggins, 1996 .

Modeling of supersonic combustor flows using parallel computing

Bruce M. McMillin, David W. Riggins, L. Reeves, 1992 .

Three-Dimensional Effects in Modeling of Dual-Mode Scramjets

David W. Riggins, J. A. White, C. G. Rodriguez, 2000 .

The evaluation of performance losses in multi-dimensional propulsive flows

David W. Riggins, D. Riggins, 1996 .

Adapting implicit methods to parallel processors

Bruce M. McMillin, David W. Riggins, L. Reeves, 1994 .

Mission-Integrated Exergy Analysis for Hypersonic Vehicles; Methodology and Application

Jose A. Camberos, Mitch Wolff, David W. Riggins, 2012 .

Performance Characterization of Turboshaft Engines Via Availability and Second Law Analysis

Robert A. McDonald, David W. Riggins, Bryce Alexander Roth, 2002 .

Characterization of Aerospace Vehicle Performance and Mission Analysis Using Exergy

Jose A. Camberos, David W. Riggins, David J. Moorhouse, 2011 .

Physics-Based Multi-Fidelity Surrogate Modeling with Entropy-Based Availability Methods

Slawomir Koziel, Serhat Hosder, Leifur T. Leifsson, 2014 .

Thermodynamic Analysis of Dual-Mode Scramjet Engine Operation and Performance

David W. Riggins, Trent M. Taylor, Regan Tackett, 2006 .

High-Speed External Aerodynamic Analysis Using Exergy Balance with Hypersonic Panel Code

Jose A. Camberos, David W. Riggins, Myles L. Baker, 2007 .

Performance Characterization of Turboshaft Engines Using Work Potential Methods

Robert A. McDonald, David W. Riggins, Bryce Alexander Roth, 2005 .

Entropy Generation and Aerospace Vehicle Performance

Jose A. Camberos, David W. Riggins, David J. Moorhouse, 2011 .

Non-equilibrium Thermodynamic Issues Related to On-demand Systems

Christopher D. Marley, David W. Riggins, Michael R. von Spakovsky, 2010 .

Thrust Losses in Hypersonic Engines Part 1: Methodology

Charles R. Mcclinton, David W. Riggins, P. H. Vitt, 1997 .

Methodology for Performance Analysis of Aerospace Vehicles Using the Laws of Thermodynamics

David W. Riggins, David J. Moorhouse, Trent M. Taylor, 2006 .

Numerical Study of Energy Utilization in Nozzle/Plume Flow-Fields of High-Speed Airbreathing Vehicles

David W. Riggins, David J. Moorhouse, A. Wilson, 2008 .

Numerical Simulation of Dual-Mode Scramjet Combustors

Robert D. Bittner, David W. Riggins, C. G. Rodriguez, 2000 .

The Direction of Virtual Vehicle Simulations for Military Training

David W. Riggins, 2006 .

The Thermodynamic Continuum of Jet Engine Performance: The Principle of Lost Work due to Irreversibility in Aerospace Systems

David W. Riggins, D. Riggins, 2003 .

High-speed engine/component performance assessment using exergy and thrust-based methods

David W. Riggins, D. Riggins, 1996 .

A comparative study of scramjet injection strategies for high Mach numbers flows

Charles R. Mcclinton, Robert D. Bittner, David W. Riggins, 1992 .

The computation of supersonic combustor flows using multi-computers

Bruce M. McMillin, Eric Jui-Lin Lu, David W. Riggins, 1993 .

Methods for the Design of Energy Efficient High Speed Aerospace Vehicles

David W. Riggins, David J. Moorhouse, Trent M. Taylor, 2007 .

Evaluation of Performance Loss Methods for High-Speed Engines and Engine Components

David W. Riggins, D. Riggins, 1997 .

Analysis of Power Losses and Wake Entropy Production for Hypersonic Flight Vehicles

Jose A. Camberos, David W. Riggins, Myles L. Baker, 2006 .

Characterization of Aerospace Vehicle Performance and Mission Analysis Using Thermodynamic Availability

Jose A. Camberos, David W. Riggins, David J. Moorhouse, 2010 .

Blunt-Body Wave Drag Reduction Using Focused Energy Deposition

David W. Riggins, H. F. Nelson, Eric Johnson, 1999 .

Drag and heat transfer reductions in high-speed flows

David W. Riggins, Trent M. Taylor, Afsheen Khamooshi, 2007 .

Analysis of the Magnetohydrodynamic Energy Bypass Engine for High-Speed Airbreathing Propulsion

David W. Riggins, 2004 .

Mixing Enhancement in a Supersonic Combustor

David W. Riggins, Mark H. Carpenter, J. P. Drummond, 1989 .

The Thermodynamics of Exergy Losses and Thrust Production in Gas Turbine Engines

Christopher D. Marley, David W. Riggins, 2011 .

Innovative Concepts for Large-Scale Drag and Heat Transfer Reductions in High-Speed Flows

David W. Riggins, Trent M. Taylor, T. Taylor, 2006 .

A numerical study of mixing enhancement in a supersonic combustor

David W. Riggins, J. Philip Drummond, C. R. Mcclinton, 1990 .

Investigation of scramjet injection strategies for high Mach number flows

Charles R. Mcclinton, Robert D. Bittner, David W. Riggins, 1995 .

Vortex generation and mixing in three-dimensional supersonic combustors

David W. Riggins, P. H. Vitt, D. Riggins, 1993 .

Analysis of losses in supersonic mixing and reacting flows

David W. Riggins, C. R. Mcclinton, 1991 .

Work Interaction in Quasi-One-Dimensional Flows

David W. Riggins, Thomas Scott, 2000 .

Thrust modeling for hypersonic engines

David W. Riggins, C. R. Mcclinton, D. Riggins, 1995 .

A computational investigation of mixing and reacting flows in supersonic combustors

David W. Riggins, C. R. Mcclinton, D. Riggins, 1992 .

Drag Reduction and Heat Transfer Mitigation for Blunt Bodies in Hypersonic Flight - A Survey of Techniques

David W. Riggins, Trent M. Taylor, J. T. Barnett, 2003 .

Mixing and mixing enhancement in supersonic reacting flowfields

David W. Riggins, Mark H. Carpenter, J. P. Drummond, 1991 .

CFD Evaluation of Mach 17 HYPULSE Scramjet Combustor Data

Charles R. Mcclinton, Robert D. Bittner, David W. Riggins, 1991 .

Vortex generation and mixing in three-dimensional supersonic combustors

David W. Riggins, P. H. Vitt, 1993 .

Blunt body wave drag reduction using focused energy deposition

David W. Riggins, Eric Johnson, H. Nelson, 1998 .

THRUST LOSSES IN HYPERSONIC ENGINES PART 2 : APPLICATIONS

David W. Riggins, D. Riggins, 1997 .

Mission-Integrated Exergy Analysis for Hypersonic Vehicles: Methodology and Application

Jose A. Camberos, Mitch Wolff, David W. Riggins, 2013 .

A computational investigation of flow losses in a supersonic combustor

David W. Riggins, D. Riggins, Charles R. McClinton, 1990 .

Numerical Simulation of Transverse Fuel Injection

Charles R. Mcclinton, David W. Riggins, Marlon Mao, 1991 .

Thermodynamic Analysis of the Transposed Cycle

David W. Riggins, Kirk Christensen, T. Scott, 2001 .