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Low-Order Modeling and Sensor-Based Prediction of Stalled Airfoils at Moderate Reynolds Number

AIAA JOURNAL 2023年第7期61卷 2893-2905页

作者： Carter, Douglas W. Ganapathisubramani, Bharathram Univ Southampton Dept Aeronaut & Astronaut Engn Southampton SO17 1BJ England

We present analysis from planar time-resolved particle image velocimetry fields in the streamwise surface-normal plane of turbulent flow surrounding NACA 0012 and NACA 65-410 airfoils at Rec approximate to 7 x 10(4) f... 详细信息

We present analysis from planar time-resolved particle image velocimetry fields in the streamwise surface-normal plane of turbulent flow surrounding NACA 0012 and NACA 65-410 airfoils at Rec approximate to 7 x 10(4) focusing on stall phenomena at intermediate to high angles of attack a. Dominant flow frequencies, identified from the lift spectra obtained from a load cell mounted to the foils, highlight the presence of bluff-body shedding [f(a)(star) = f(c)/U-infinity ) sin alpha of O(10(-1)), where f is the frequency, c the airfoil chord, andU(infinity) the freestream velocity] for all cases and prominent low frequencies [f(a)(star) of O(10(-2))] for cases in transient stall (TS). A data-driven modeling framework via the proper orthogonal decomposition (POD) reveals that the low frequencies are associated to flow separation and reattachment driven by underlying expansion and contraction normal to the suction surface. Further, the ability to predict the low-order features from (pseudo) pressure probes at the leading, midchord, and trailing edges for both TS and deep stall (DS) cases is quantified using linear stochastic estimation (LSE). The framework pinpoints the centroid of the region of reverse flow with error on the order of 5 and20% for DS and TS regimes, respectively. Notably, it is found that LSE coefficients governing the low-order POD correlations do not strongly depend on the airfoil geometry. This is demonstrated by the comparative performance of training the LSE using the probes of the NACA 0012 cases to predict the NACA 65-410 velocity fields and vice versa. This work demonstrates the insight afforded by the POD on the low-order features of turbulent stalled airfoils as well as the similarity of such features across geometries toward predicting flow features for potentially any airfoil geometry without the need to retrain an LSE library.

关键词： Free Stream Velocity flow Sensors Airfoil Profiles Particle Image Velocimetry Laminar Separation Bubble flow diagnostics and control flow Conditions Aerodynamic Performance Turbulence

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Aerodynamic control of an Inlet flow in Crosswind Using Peripheral Bleed Actuation

JOURNAL OF PROPULSION AND POWER 2024年第1期40卷 111-122页

作者： Nichols, Derek A. Vukasinovic, Bojan Glezer, Ari Rafferty, Bradley Georgia Inst Technol Atlanta GA 30332 USA Boeing Co Boeing Test & Evaluat St Louis MO 63042 USA

The flow within the inlet of an engine nacelle model in the absence of a fan and the presence of crosswind is investigated in wind-tunnel experiments, with specific emphasis on the effects of separation over the inlet... 详细信息

The flow within the inlet of an engine nacelle model in the absence of a fan and the presence of crosswind is investigated in wind-tunnel experiments, with specific emphasis on the effects of separation over the inlet's inner windward surface on the flow distortion and pressure recovery. The inlet's entrance plane is tilted forward, and its cross section is asymmetric about the horizontal centerline. The flow topology within the inlet is characterized over a range of Mach numbers and crosswind speeds up to M = 0.72 and U-o = 18 m/s, respectively. It is shown that in the presence of sufficiently high crosswind to the inlet speed ratio, a three-dimensional horseshoe-like separation domain is formed over the inlet's inner windward surface. Owing to the cross-sectional asymmetry of the entrance plane, the separation domain migrates azimuthally downward and expands azimuthally with increased crosswind to the inlet speed ratio. The present investigations demonstrate the utility of flow control for mitigating the adverse effects of the separation. The actuation is based on controllable distributed aerodynamic air bleed that is driven by the pressure differences across the nacelle's inner and outer surfaces and reattaches the separated base flow up to crosswind speeds of 15.4 m/s, resulting in a gain of up to 38% in total pressure recovery and a decrease of up to 55% in total pressure distortion. The efficacy of the bleed actuation can be further improved by tailoring the bleed distribution to the topology of the separated flow domain.

关键词： Aerodynamic Performance Jet Engine Inlet flow Nacelles Active flow control flow control (Fluid) Aero Driven Bleed Air flow diagnostics and control

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Heterogeneous Combustion 1

丛书名： Progress in Astronautics and Aeronautics

1964年

作者： Irvin Glassman Jr. Leon Green Hans G. Wolfhard

This volume undoubtedly contains one of the largest and most interesting collections of recent papers on metal and hybrid combustion. Most were presented at the AIAA Heterogeneous Combustion Conference in December 196... 详细信息

ISBN: (数字)9781600864896

ISBN: (纸本)9781563478642

This volume undoubtedly contains one of the largest and most interesting collections of recent papers on metal and hybrid combustion. Most were presented at the AIAA Heterogeneous Combustion Conference in December 1963. In the initial section of the book are some of the first published works on the analytical determination of metal burning rates, the various flame mechanisms of aluminum and magnesium, the combustion of aluminum in carbon dioxide atmospheres, and the ignition temperature of beryllium. Papers deal with the oxidation and flame studies with diborane and its alkyl derivatives and reaction studies between boron and nitrogen compounds. Papers in the third section deal with some aspects of the over-all hybrid combustion process.

关键词： Ablation Aerodynamics Aeronautical Engineering Aeronautics Aerothermodynamics Air Forces Aircraft Engines Atomic Emission Spectroscopy Aviation Avionics Boundary Layers Buoyancy Catalysis Chemical Kinetics Combustion Combustion Chambers Combustors Computational Fluid Dynamics Convection Cooling Technology Corrosion Corrosion control Diffusion Coefficient Emission Spectroscopy Energy Energy Conversion Energy Forms Energy Forms, Production and Conversion Energy Production Enthalpy Equations of Fluid Dynamics Experimental Fluid Dynamics flow control Valves flow diagnostics and control flow Measurement flow Regimes Fluid Dynamics Fluid flow Properties Fluid Mechanics Fossil Fuels Fuels Gas Laws Guidance, Navigation, and control Systems Heat Conduction Heat Exchangers Heat Transfer Heat Treatment Heating, Ventilating, and Air Conditioning Hybrid-Propellant Rocket Ideal Gas Mass Spectroscopy Mass Transfer Material Properties Materials Synthesis and Processing Materials and Structural Mechanics Metallurgy Microscopy Military Airbases Military Aviation Non-Equilibrium Thermodynamics Non-Renewable Energy Nozzles Nuclear Fuels Numerical Analysis Numerical Interpolation Optical Properties Petroleum Phase Transition Photovoltaics Power Station Propellant Propulsion and Power Pyrolysis Quenching Radiative Heat Transfer Radiators Reacting flow Rocket Engine Rocketry Sensors Skin Friction Solar Cells (Photovoltaic Cells) Solid Fuels Solid-Propellant Rocket Space Science and Technology Spectrographs Spectrometers Spectroscopy Surface Properties Thermal control and Protection Thermal Diffusion Thermal Measurement Thermal Modeling and Analysis Thermochemistry and Chemical Kinetics Thermocouples Thermodynamic Equations Thermodynamic Free Energy Thermodynamic Process Thermodynamic Properties Thermodynamics Thermometers Thermophysical Properties Thermophysics and Heat Transfer Transducers Turbines Turbomachinery Turbulence Vortex Dynamics

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Hypersonic flow Research 1

丛书名： Progress in Astronautics and Aeronautics

1962年

作者： Frederick R. Riddell

This volume is a compilation of papers presented at a conference on hypersonics held at the Massachusetts Institute of Technology in August 1961 and sponsored jointly by the Air Force Office of Scientific Research and... 详细信息

ISBN: (数字)9781600864810

ISBN: (纸本)9781563478567

This volume is a compilation of papers presented at a conference on hypersonics held at the Massachusetts Institute of Technology in August 1961 and sponsored jointly by the Air Force Office of Scientific Research and the American Rocket Society. The topics that are covered are low Reynolds number effects, chemical kinetics effects, in viscid flow calculations, and a survey of current experimental techniques, as they relate to the problems of acquiring an understanding of hypersonic flow. Others, such as the structure and composition of hypersonic wakes with attendant complex chemical kinetic effects, are treated only briefly.

关键词： Absorption Spectroscopy Aerodynamic Performance Aerodynamics Aeronautical Engineering Aeronautics Aerospace Sciences Aerothermodynamics Air Forces Airspeed Aviation Aviation Safety Avionics Boundary Element Method Boundary Layers Catalysis Chemical Kinetics Computational Fluid Dynamics Conservation of Momentum Equations Convection Diffusion Coefficient Enthalpy Entropy Equations of Fluid Dynamics Experimental Fluid Dynamics Flight Test flow diagnostics and control flow Measurement flow Regimes Fluid Dynamics Fluid flow Properties Fluid Mechanics Gas Laws Guidance, Navigation, and control Systems Heat Conduction Heat Equations Heat Transfer Heating System Heating, Ventilating, and Air Conditioning Hydraulic Pumps Hydraulic Systems Hydraulics Hydrostatic Pump Ideal Gas Magnetohydrodynamics Magnetoplasmadynamics Mass Transfer Material Properties Materials and Structural Mechanics Military Aviation Non-Equilibrium Thermodynamics Normal Shock Wave Numerical Analysis Numerical Heat Transfer Oblique Shock Wave Optical Properties Plasma Physics Pyrolysis Radiative Heating Satellites Shock Waves Skin Friction Society and Aerospace Technology Space Probe Space Science and Technology Space Systems and Vehicles Space Vehicle Spacecrafts Spaceplane Spectrometers Spectroscopy Streamlines flow Thermal Diffusion Thermal Effects Thermochemistry and Chemical Kinetics Thermodynamic Process Thermodynamic Properties Thermodynamics Thermophysics and Heat Transfer Transducers Uncrewed Spacecraft Vortex Dynamics Wind Tunnels

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Electrostatic Propulsion 1

丛书名： Progress in Astronautics and Aeronautics

1961年

作者： David B. Langmuir Ernst Stuhlinger Jr. J. M. Sellen

This volume presents papers from the Ion and Plasma Propulsion Specialist Meeting held in November of 1960.

ISBN: (数字)9781600864797

ISBN: (纸本)9781563478543

This volume presents papers from the Ion and Plasma Propulsion Specialist Meeting held in November of 1960.

关键词： Aerodynamics Aeronautical Engineering Aeronautics Aerospace Manufacturers Aerospace Sciences Airbreathing Jet Engine Aircraft Engines Alloys Annealing Applied Mathematics Astrodynamics Astronautics Astronomy Atmospheric Science Attitude control Celestial Coordinate System Celestial Mechanics Classical Mechanics Combustion Chambers Composite Materials Composite Structures Computational Fluid Dynamics Computing and Informatics Computing, Information, and Communication Coolant Cooling Technology Coordinate System Coriolis Effect Corrosion Diffusion Coefficient Doppler Effect Dwarf Planets Earth Sciences Electric Fields Electric Power Conversion Electrical Properties Electricity Electrodynamics Electromagnetic Radiation Electromagnetism Electrostatics Energy Energy Conversion Energy Forms Energy Forms, Production and Conversion Equations of Fluid Dynamics flow control Valves flow diagnostics and control flow Regimes Fluid Dynamics Fluid flow Properties Gas Laws General Physics Geometry Functions Geophysics Heat Conduction Heat Exchangers Heat Transfer Heat Treatment Heating System Heating, Ventilating, and Air Conditioning Ideal Gas Interdisciplinary Topics Ion Thruster Ionosphere Jet Engines Magnetic Fields Magnetic Properties Magnetism Magnetostatics Mass Spectroscopy Mass Transfer Material Properties Materials Materials Synthesis and Processing Materials and Structural Mechanics Mathematical Analysis Metallurgical Processes Metallurgy Meteoroids Microscopy NASA NASA Programs Newton's Laws of Motion Non-Equilibrium Thermodynamics Numerical Analysis Optical Properties Orbital Property Phase Transition Planetary Atmospheres Planetary Science and Exploration Planets Plasma Physics Propellant Propulsion and Power Research Facilities and Instrumentation Rocket Engine Rocket Propellant Rocketry Rockets Satellite Broadcasting Satellite Design, Integration, and Test Satellite Ground Station Satellite Technology Satellite-Based Services Semiconductor Semiconductor Analysis Society and Aerospace Technology Solar Activity Sol

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Guidance And control 1

丛书名： Progress in Astronautics and Aeronautics

1962年

作者： James S. Farrior Robert E. Roberson

By combining into one volume a number of papers carefully chosen to illuminate important areas of technical development, it is possible to get this broader view of the whole field, its state of the art, and its patter... 详细信息

ISBN: (数字)9781600864827

ISBN: (纸本)9781563478574

By combining into one volume a number of papers carefully chosen to illuminate important areas of technical development, it is possible to get this broader view of the whole field, its state of the art, and its pattern of development. This is the purpose of the present volume. The editors have grouped the the papers broadly into space guidance and path control, terrestrial guidance concepts and components, and other control topics. The first of these comprises three major mission phases: ascent from Earth to an orbit or space trajectory operations in space requiring navigation or guidance, and descent to the surface of Earth or the moon. The second group includes the system aspects of inertial navigation, gyroscopes as basic components of inertial navigation, and topics in optical navigation. The third group is less homogeneous. Its major divisions are adaptive control, a subject currently in the forefront of modern control theory developments, and attitude control, the major control phase in a space environment.

关键词： Acoustic Noise Acoustics Actuators Aerodynamic Performance Aerodynamics Aeronautical Engineering Aeronautics Aerospace Sciences Air Navigation Aircraft control Aircraft Engines Aircraft Flight control System Aircraft Navigation Systems Aircraft Operations Aircraft Operations and Technology Aircraft Stability and control Aircrafts Antennas Applied Mathematics Asteroids Astrodynamics Astronautics Astronomical Observatory Astronomy Attitude control Aviation Communication Avionics Avionics Computers Bearings (Mechanical) Celestial Coordinate System Celestial Mechanics Celestial Navigation Communication System Communication Technology and Equipment Communications Satellite Computational Fluid Dynamics Computing and Informatics Computing, Information, and Communication Continuum Mechanics control Systems control Theory Cooling Technology Doppler Effect Earth Observation Satellite Electrical Measuring Equipment Electrical Properties Electricity Electrodynamics Electromagnetic Propagation Electromagnetic Radiation Electromagnetic Spectrum Electromagnetism Flight control Surfaces Flight Dynamics flow control Valves flow diagnostics and control Fluid Dynamics Fluid Mechanics Friction Galaxies General Physics Guidance, Navigation, and control Systems Gyroscopes Heat Exchangers Ionosphere Jet Engines Magnetic Devices Magnetism Magnetostatics Material Properties Materials Materials and Structural Mechanics Mathematical Analysis Mechanical Properties Mechanical and Structural Vibrations Meteoroids NASA NASA Facilities NASA Programs Navigational Guidance Numerical Analysis Optical Properties Optimal control Theory Orbital Maneuvers Orbital Property Planetary Atmospheres Planetary Science and Exploration Planets Pneumatics Propellant Propulsion and Power RADAR Rocketry Rockets Satellite Broadcasting Satellite Guidance Satellite Navigation Systems Satellite Technology Satellite-Based Services Satellites Sensors Signal Processing Solar Physics Solar System Moons Solid Mechanics Space Agencies Space Exploration and Technology Space

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Progress in Fluid flow Research

丛书名： Progress in Astronautics and Aeronautics

1998年

作者： Herman Branover Yeshajahu Unger

Currently not available for this book.

ISBN: (数字)9781600864346

ISBN: (纸本)9781563472848

Currently not available for this book.

关键词： Absorption Spectroscopy Acoustics Aerodynamics Aeronautical Engineering Aeronautics Aerospace Sciences Alloys Aluminium Alloys Anemometer Applied Mathematics Astronomy Atmospheric Science Avionics Boundary Element Method Boundary Layers Buoyancy Celestial Coordinate System Celestial Mechanics Combustion Combustion Chambers Computational Fluid Dynamics Conservation of Momentum Equations Continuum Mechanics Convection Coolant Cooling Technology Diffusion Coefficient Electric Fields Electric Generators Electric Power Electric Power Conversion Electrical Conductivity Electrical Properties Electricity Electrochemical Cells Electrodes Electrodynamics Electromagnetic Analysis Electromagnetism Electrostatics Energy Energy Conservation Energy Consumption Energy Conversion Energy Economics Energy Forms Energy Forms, Production and Conversion Energy Production Energy Storage Energy Storage and Batteries Energy Technology Equations of Fluid Dynamics European Space Agency Experimental Fluid Dynamics Finite Difference Method Finite Element Method Finite Volume Method flow control Valves flow diagnostics and control flow Measurement flow Regimes Fluid Dynamics Fluid flow Properties Fluid Mechanics Friction Fuel Gas Fuels Gas Turbine General Physics Guidance, Navigation, and control Systems Heat Conduction Heat Equations Heat Exchangers Heat Pipes Heat Transfer Heating, Ventilating, and Air Conditioning Hydraulics Hydrodynamics Ideal Gas Integrated Circuits Ionosphere Magnetic Devices Magnetic Fields Magnetism Magnetohydrodynamic Generator Magnetohydrodynamics Magnetospheres Magnetostatics Mass Transfer Material Properties Materials Materials Synthesis and Processing Materials and Structural Mechanics Mathematical Analysis Mechanical Properties Metallurgical Processes Metallurgy Metalworking Meteorology Moons of Jupiter Multiphase Heat Transfer Non-Equilibrium Thermodynamics Nuclear Fusion Nuclear Reactions and Processes Nuclear Reactors Nuclear Technology Numerical Analysis Numerical Heat Transfer Permeability Phase Transition

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Orbital Debris from Upper-Stage Breakup

丛书名： Progress in Astronautics and Aeronautics

1989年

作者： Joseph P. Loftus, Jr.

Over the past 25 years, the mass of man-made objects from upper-stage breakups has grown to the point that it now dictates the design environment for future low-Earth-orbit operations. The hazards presented by a vast ... 详细信息

ISBN: (数字)9781600865954

ISBN: (纸本)9780930403584

Over the past 25 years, the mass of man-made objects from upper-stage breakups has grown to the point that it now dictates the design environment for future low-Earth-orbit operations. The hazards presented by a vast range of particle sizes, from virtual dust to the largest known orbital debris fragments, have not been fully quantified, but the field struggles with that task now. This book provides an overview of the problem, discusses practical strategies for mitigation of debris hazards, and considers strategies for prevention of future breakups.

关键词： Aerodynamics Aeronautical Engineering Aeronautics Aerospace Manufacturers Aerospace Sciences Aircraft control Aircraft Flight control System Aircraft Operations and Technology Aircraft Stability and control Airspeed Artificial Intelligence Astrodynamics Astronautics Astronomical Observatory Astronomy Atmospheric Science Attitude control Aviation Communication Celestial Coordinate System Celestial Mechanics Climatology Combustion Combustion Chambers Communication System Computer Programming and Language Computer Vision Computing and Informatics Computing, Information, and Communication Crewed Spacecrafts Data Science Energy Energy Forms, Production and Conversion Energy Production European Space Agency flow control Valves flow diagnostics and control Fluid Dynamics Fuel Gas Fuels Heating System Heating, Ventilating, and Air Conditioning Ionosphere Launch Vehicles Magnetospheres Meteoroids Monopropellants Multistage Rocket NASA NASA Facilities NASA Programs Orbital Maneuvers Orbital Property Planetary Atmospheres Planetary Science and Exploration Planets Propellant Propulsion and Power RADAR Rocket Engine Rocket Propellant Rocketry Rockets Satellites Skylab Program Society and Aerospace Technology Solar Activity Solar Atmosphere Solar Heating Solar Physics Space Agencies Space Debris Space Experiments Space Launch Systems Space Missions Space Orbit Space Science and Technology Space Systems Space Systems and Vehicles Space Telescopes Spacecraft Attitude control Spacecraft Design Spacecraft System Spacecrafts Spaceflight Telescope Instruments Telescopes Thermal control and Protection Thermophysics and Heat Transfer Turbines Turbomachinery Uncrewed Spacecraft

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Dynamics of Flames and Reactive Systems

丛书名： Progress in Astronautics and Aeronautics

1985年

作者： R. I. Soloukhin A. K. Oppenheim J. R. Bowen N. Manson

This and a companion volume include revised and edited version of papers presented at the Ninth International Colloquium on the Dynamics of Explosions and Reactive Systems held in Poitiers, France, in July 1983. ... 详细信息

ISBN: (数字)9781600865701

ISBN: (纸本)9780915928927

This and a companion volume include revised and edited version of papers presented at the Ninth International Colloquium on the Dynamics of Explosions and Reactive Systems held in Poitiers, France, in July 1983. The contributions have been assembled into two volumes: Dynamics of Shock Waves, Explosions, and Detonations and Dynamics of Flames and Reactive Systems. The dynamics of explosions, which the former addresses, is concerned principally with the interrelationship between the rate processes of energy deposition in a compressible medium and the concurrent nonsteady flow as it occurs typically in explosion phenomena. The dynamics of reactive systems, which is the focus of the latter volume, is a broader area encompassing the processes of coupling between the dynamics of fluid flow and molecular transformations in reactive media occurring in any combustion system. In this volume, Dynamics of Flames and Reactive Systems, the papers have been arranged into chapters on premixed flames, diffusion flames, turbulent combustion, constant volume combustion, spray combustion, nonequilibrium flows, and combustion diagnostics.

关键词： Absorption Spectroscopy Acoustic Noise Acoustics Aerodynamics Aeronautical Engineering Aeronautics Aerospace Sciences Aerothermodynamics Aircraft Engines Airspeed Anemometer Applied Mathematics Astronomical Observatory Astronomy Avionics Boundary Layers Buoyancy Chemical Kinetics Combustion Combustion Chambers Combustors Computational Fluid Dynamics Continuum Mechanics Convection Cooling Technology Diffusion Coefficient Diodes Electric Motors Electric Power Electric Power Conversion Electric Power Distribution Energy Energy Conservation Energy Conversion Energy Forms Energy Forms, Production and Conversion Energy Production Energy Storage Energy Storage and Batteries Enthalpy Equations of Fluid Dynamics Experimental Fluid Dynamics Finite Difference Method flow control Valves flow diagnostics and control flow Measurement flow Regimes Fluid Dynamics Fluid flow Properties Fluid Mechanics Fossil Fuels Fuel Gas Fuel Injection Fuels Gas Laws Gas Turbine General Physics Guidance, Navigation, and control Systems Heat Conduction Heat Engines Heat Exchangers Heat Transfer Heat Treatment Heating System Heating, Ventilating, and Air Conditioning Hydraulics Hydrodynamics Ideal Gas Ignition Systems Integrated Circuits Interdisciplinary Topics Internal Combustion Engines Jet Engines Lasers and Laser Applications Liquid Fuels Mass Transfer Material Properties Materials Synthesis and Processing Materials and Structural Mechanics Metallurgy Monte Carlo Method Natural Gas Non-Equilibrium Thermodynamics Non-Renewable Energy Nozzles Numerical Analysis Numerical Heat Transfer Optical Properties Petroleum Phase Transition Plasma Physics Propellant Propulsion and Power Pyrolysis Quenching Radiative Heating Raman Spectroscopy Ramjet Reacting flow Reciprocating Engine Rocket Engine Rocketry Semiconductor Devices Semiconductor Diodes Shock Waves Solid Mechanics Space Science and Technology Spectral Bands Spectrographs Spectrometers Spectroscopy Statistical Analysis Structural Mechanics Telescopes Terminal Velocity Thermal control and Prote

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Metallurgical Technologies, Energy Conversion, and Magnetohydrodynamic flows

丛书名： Progress in Astronautics and Aeronautics

1993年

作者： Yeshajahu Unger Herman Branover

Metallurgical Technologies, Energy Conversion, and Magnetohydrodynamic flows details results related to metallurgical technologies, MHD energy conversion and MHD ship propulsion, liquid-metal systems as well as p... 详细信息

ISBN: (数字)9781600866210

ISBN: (纸本)9781563470196

Metallurgical Technologies, Energy Conversion, and Magnetohydrodynamic flows details results related to metallurgical technologies, MHD energy conversion and MHD ship propulsion, liquid-metal systems as well as plasma MHD systems, MHD flow studies of liquid metals, and two-phase flow studies related to MHD technologies. It is comprised of technical papers from the proceedings of the Sixth Beer-Sheva International Seminar on MHD flows and Turbulence.

关键词： Acoustics Aerodynamics Aeronautical Engineering Aeronautics Aerospace Sciences Alloys Aluminium Alloys Anemometer Applied Mathematics Boilers Boundary Element Method Boundary Layers Buoyancy Case Hardening Classical Mechanics Combustion Combustion Chambers Combustors Composite Materials Compressors Computational Fluid Dynamics Conservation of Momentum Equations Continuum Mechanics Convection Coolant Cooling Technology Corrosion Cryogenics Diffusion Coefficient Electric Fields Electric Generators Electric Heating Electric Power Electric Power Conversion Electrical Conductivity Electrical Measuring Equipment Electrical Properties Electricity Electrodynamics Electromagnetic Analysis Electromagnetism Electrostatics Energy Energy Conservation Energy Conversion Energy Economics Energy Forms Energy Forms, Production and Conversion Energy Production Energy Research and Development Energy Technology Enthalpy Equations of Fluid Dynamics Experimental Fluid Dynamics Finite Element Method Finite Element Software flow control Valves flow diagnostics and control flow Measurement flow Regimes Fluid Dynamics Fluid flow Properties Fluid Mechanics Fossil Fuels Fracture Mechanics Fuel Gas Fuel Injection Fuels General Physics Heat Conduction Heat Engines Heat Equations Heat Exchangers Heat Flux Heat Transfer Heat Treatment Heating System Heating, Ventilating, and Air Conditioning Hydraulic Pumps Hydraulic Systems Hydraulics Hydrodynamic Pump Hydrodynamics Ideal Gas Ignition Systems Inverse Problems Ion Thruster Liquid Fuels Magnetic Fields Magnetic Properties Magnetic Resonance Magnetism Magnetohydrodynamic Generator Magnetohydrodynamics Magnetostatics Mass Transfer Material Properties Materials Materials Synthesis and Processing Materials and Structural Mechanics Mathematical Analysis Mechanical Properties Metallurgical Processes Metallurgy Metalworking Multiphase Heat Transfer Non-Equilibrium Thermodynamics Non-Renewable Energy Nuclear Fusion Nuclear Power Nuclear Reactions and Processes Nuclear Reactors Numerical Analysis Numerica

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