subject headings for index of naca publlcatlons

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SUBJECT HEADINGS FOR

INDEX OF NACA PUBLlCATlONS SEPTEMBER 19'47

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Subject Heading Number

National Advisory Committee for Aeronautics

SUBJECT HEADINGS FOR INDEX OF NACA PUBLICATIONS

Subject Heading Outline

Aerodynamics

Fundamental Aerodynamics

Incompre ssible Flow

Compressible Flow

Subsonic Flow

Mixed Flow

Super sonic Flow

Viscous Flow

Laminar Flow

Turbulent Flow

Jet Mixing

Aerodynamics with Heat

Heating

Heat Transfer

Additions of Heat

Flow of Rarified Gases

Slip Flow

Free Molecule Flow

Standard Subject Heading Title

Aerodynamics

Aerodynamics, Fmdamental

Flow, Incompressible

Flow, Compressible

Flow, Subsonic

Flow, Mixed

Flow, Supersonic

Flow, Viscous

Flow, Laminar -

Flow, Turbulent

Flow, Jet Mixing

Aerodynamics with Heat

Heating, Aerodynamic

Heat Transfer, Aerodynamic

Heat, Additions of - Aerodynamic

Flow of Rarified Gases

Flow, Slip

Flow, Free Molecule

Subject Heading Number Standard Subject Heading Title

Wings Wings

Wing Sections Wing Sections

Section Theory Wing Section Theory

Section Variables Wing Sections - Section Variables

Camber

Thickness

Thickness Distri- bution

Inlets and Exits

Surface Conditions

Designated Profiles

High Lift Devices

Plain Flaps

Split Flaps

Slotted Flaps

Leading Edge Flaps

Slots and Slats

Cont r 01s

Camber - Wing Sections

Thickness - Wing Sections

Thickness Distribution - Wing Sections

Inlets and Exits - Wing Sections

Surface Conditions - Wing Sections

Profiles, Designated - Wing Sections

High Lift Devices - Wing Sections

Flaps, Plain - Wing Sections

Flaps, Split - Wing Sections

Flaps, Slotted - Wing Sections

Flaps, Leading Edge - Wing Sections

Slots and Slats - Wing Sections

Controls - Wing Sections

Flap Type Controls, Flap Type - Wing Sections


Spoilers

Boundary Layer

Reynolds Number Effects

Mach Number Effects

Complete Wings

Wing Theory

Wing Variables

Profiles

Aspect Ratio

Sweep

Taper

Inlets and Exits

Surface Conditions

High Lift Devices

Flaps

Controls, Spoiler - Wing Sections

Boundary Layer - Wing Sections

Reynolds Number Effects - Wing Sections

Mach Number Effects - Wing Sections

Wings, Complete

Wings, Complete - Theory

Wings, Complete - Design Variables

Profiles - Complete Wings

Aspect Ratio - Complete Wings

Sweep - Complete Wings

Taper - Complete Wings

Inlets and Exits - Complete Wings

Surface Conditions - Complete Wings

High Lift Devices - Complete Wings

Flaps - Complete Wings

Subject Heading Number Subject Heading Outline Standard Subject Heading Title

Slots and Slats Slots and Slats - Complete Wings

C ontr 01 s Controls - Complete Wings

Flap Type

Spoilers

Reynolds Number Effects

Mach Number Effects

Wake

Boundary Layer

Bodies

Theory

Shape Variables

Fineness Ratio

Cross Section

Thickness Distribu- tion

Surface Conditions

Protuberances

Canopies

Controls, Flap Type - Complete Wings

Controls, Spoiler - Complete Wings

Reynolds Number Effects - Complete Wings

Mach Number Effects - Complete Wings

Wake - Complete Wings

Boundary Layer - Complete Wings

Bodies

Bodies - Aerodynamic Theory

Bodies - Shape Variables

Fineness Ratio - Bodies

Cross Section - Bodies

Thickness Distribution - Bodies

Surface Conditions - Bodies

.Protuberances - Bodies

Canopies

Subject Heading Number Subj ect Heading Outline Standard Subject Heading Title

Ducted Bodies

Nose Shape

Tail Shape

Side Inlets

Side Exits

Hulls

Internal Aerodynamics

Nose Inlets

Central

Annular

Leading Edge Inlets

Side Inlets

Scoops

Submerged

Ducts

Diffusers

Nozzles

Pipes

Bends

Bodies, Ducted

Nose Shape - Ducted Bodies

Tail Shape - Ducted Bodies

Inlets, Side - Ducted Bodies

Exits, Side - Ducted Bodies

Hulls - Aerodynamic

Internal Aerodynamics

Inlets, Nose

Inlets, Nose - Central

Inlets, Nose - Annular

Inlets, Leading Edge

Inlets, Side

Inlets, Side - Scoops

Inlets, Side - Submerged

Ducts

Diffusers

Nozzles

Pipes

Bends

1.4.5 Exits Exits

Subject Heading Number Subject kieading Outlihe

Jet Pumps and Thrust Augmentor s

Compressors

Cascades

Fans

Turbines

Boundary Layer

Propellers

Theory

Design Variables

Blade Sections

Solidity

Pitch Distribution

_ Blade Planf orms

Mach Number Effects

Pusher

Dual Rotation

Interference of Bodies

'Pitch and Yaw

Diameter


Pumps, Jet and Thrust Augment- o r s

Compressors - Aerodynamics

Cascades - Aerodynamics

Fans - Aerodynamics

Turbines - Aerodynamics

Boundary Layer - Internal Aero- dynamics

Propellers

Propeller Theory

Propellers - Design Variables

Blade Sections - Propellers

Solidity - Propellers

Pitch Distribution - Propellers

Blade Planforms - Propellers

Mach Number Effects - Propellers

Propellers, Pusher

Propellers, Dual Rotation

Interference of Bodies - Propellers

Pitch and Yaw - Propellers

Diameter - Propellers

Subject Heading Number Subject Heading Outline Standard subject 'Ileading Title

Propellers - Designated Types 1.5.3 Designated Types

Slipstream - Propellers 1.5.4 Slipstream

Propeller Selection Charts

Propeller Operating Conditions

Rotors

1.5.5 Selection Charts

1.5.6 Operating Conditions

1.6 Rotors

1.6.1 Theory Rotor Theory

1.6.2 Experimental Studies Rotors - Experimental Studies

Rotors - Power Driven 1.6.2.1 Power -Driven

1.6.2.2 A ut or otating Rotors - Autorotating

Aircraft 1.7 Aircraft

1.7.1 A i r planes Air planes

Components in Com - bination

Airplanes - Components in Combination

1.7.1.1.1 Wing -Fuselage Wing-Fuselage Combinations - Air planes

1.7.1.1.2 Wing-Nacelle Wing-Nacelle combinations - Air planes

Tail-Wing and Fuselage

Tail-Wing and Fuselage Combinations - Airplanes .

Propeller and Jet Interference

Propeller and Jet Combinations - Air planes

1.7.1.1.5 External Stores Effects of External Stores - Airplanes

Subject Heading Number Subject Heading Outline

1.7.1.2 Specific Airplanes

1.7.1.3 Performance

1.7.2 Missiles

Components in Combination

1.7.2.1.1 Wing-Body

Jet Interference

Wing-Tail -Body

Specific Missiles

Rotating Wing Aircraft

Autogiros

Helicopters

Seaplanes

General Studies

Specific Types

Air ships

Biplanes and Triplanes


Airplanes - Specific Types

Airplanes - Performance

Missiles

Missiles - Components in Combination

Wing-Body Combinations - Missiles

Tail-Body Combinations - Missiles

Jet Interference - Missiles

Wing -Tail -Body Combinations - Missiles

Missiles, Specific Types

Rotating Wing Aircraft

Autogiros

Helicopters

Seaplanes

Seaplanes - General Studies

Seaplanes - Specific Types

Air ships

Biplanes and Triplanes

1.8 Stability and Control Stability and Control


Stability

Static

Longitudinal

Lateral

Directional

Dynamic

Longitudinal

Lateral and Directional

Damping Deriva - tives

Controls

Longitudinal

Lateral

Directional

Airbrakes

Hinge Moments

Automatic

Spinning

Stability

Stability, Static

Stability, Longitudinal - Static

Stability, Lateral - Static.

Stability, Directional - Static

Stability, Dynamic

Stability, Longitudinal - Dynamic

Stability - Lateral and Dir ec - 'tional - Dynamic

Damping Derivatives - Stability

Contr 01s

Controls, Longitudinal

Controls, Lateral

Controls, Directional

Airbrakes

Controls - Ninge Moments

Controls, Automatic

Spinning

1.8.4 Stalling Stalling

Flying Qualities Flying Qualities

Subject .

Heading Number Subject Heading Outline Standard Subject Heading Title

Mass and Gyroscopic Problems

Mass and Gyroscopic Problems

Aer odynarnic Loading Loading, Aerodynamic

Wings Loading, Aerodynamic - Wings

Steady Loads Loads, Steady Aerodynamic - Wings

Loads, Maneuvering - Wings Maneuvering

Gust Loads

Tail

Steady

Loads, Gust - Wings

Loading, Aerodynamic - Tail

Loads, Steady Aerodynamic - Tail

Loads, Maneuvering - Tail Maneuvering

Buffeting and Gust Loads, Buffeting and Gust - Tail

Fuselage, Nacelles, and Canopies

Loading, Aerodynamic - Fuselage, Nacelles, and Canopies

Rotating Wings Loading, Aerodynamic - Rotating Wings

Aeroelasticity

Vibration and Flutter

Wings and Ailerons

Aeroelasticity

Vibration and Flutter

Vibration and Flutter - Wings and Ailerons

Tails Vibration and Flutter - Tails

1.10.2.1 Elevators and Rudders Vibration and Flutter - Elevators and Rudders

Subject Heading Number Subject Beading Outline

~-

Tabs

Bodies

Propellers, Fans, Compressors

Rotating Wing Air craft

Parachutes


Vibration and Flutter - Tabs

Vibration and Flutter - Bodies

Vibration and Flutter - Pro- pellers, Fans, Compressors

Vibration and Flutter - Rotating Wing Air craft

Parachutes


Hydr odynamics

Theory

General Arrangement Studies

Seaplane Hull Variables

Length -Beam Ratio

Deadrise

Steps

Afterbody Shape

Forebody Shape

Chines

Specific seaplanes and Hulls

Lateral Stabilizers

Wing -Tip Float

Planing Surfaces

Hydrofoils

Impace Loads

Ditching Characteristics


Hydrodynamics

Hydrodynamic Theory

Hydrodynamic Configurations - General Studies

Hull Variables - Seaplanes

Length-Beam Ratio - Seaplane Hulls

Deadrise - Seaplane Hulls

Steps - Seaplane Hulls

Afterbody Shape - Seaplane Hulls

Forebody Shape - Seaplane Nulls

chines - seaplane ~ u l l s

Seaplanes and Hulls - Specific Types

Stabilizers, Lateral - Nydro- dynamic

Floats, Wing Tip

Planing Surfaces, Hydr odynamie

Hydrofoils

Impact Loads

Ditching @ haracteristics


Stability and Control Stability and Control - Hydro- dynamics

Longitudinal

Lateral

Directional

Stability and Control, Longi- tudinal - Hydrodynamics

Stability and Control, Lateral - Hydrodynamics

Stability and Control, Directional Hydrodynamics

2.11 Surface Craft Surface Craft, Hydrodynamic


Propulsion Propulsion

Complete Systems Propulsion - Complete Systems

Reciprocating Engines ~ec iprocat ing Engines

Spark-Ignition Engines Reciprocating Engines - Spark- Ignition

Compr ession-Ignition Reciprocating Engines - Com - (Diesel) Engines pression-Ignition (Diesel)

Reciprocating Engines Reciprocating Engines with Turbines Turbines

Turbosupercharged Turbosupercharged Engines Engines

Compound Engines Compound Engines

Gas Generator -Turbine Gas Generator -Turbine Engines Engines

Turbo-Jet Engines Turbo-Jet Engines

Turbo-Propeller Engines Turbo-Propeller Engines

DLtcted Propeller Engines Ducted Propeller Engines

Pulse Jet Pulse Jet Engines

Ram Jet Ram Jet Engines

Rockets Rockets

Jet -Driven Rotors Jet -Driven Rotors

Comparison of Engine Engine Types - Comparisons Types


Miscellaneous Engines


Engines, Miscellaneous

Charging and Contr 01 of Engines Charging and Control of Engines

Reciprocating Engines Charging and Control - Recipr o- eating Engines

Metering and Control Parameters

Metering and Control Parameters - Reciprocating Engines

Mixture Control Mixture Control - Reciprocating Engines

Fuel Supply System Fuel Supply System - Recipro- cating Engines

Ignition Systems - Reciprocating Engines

Ignition Systems

Gas Turbine Engines Charging and Control - Gas Turbine Engines


Metering and Control Parameters - Gas Turbines

Fuel Supply Systems Fuel Supply Systems - Gas Turbines

Ignition Systems

Ram Jet and Pulse Jet Engines


Fuel Supply Systems

Ignition Systems - Gas Turbines

Charging and Control - Ram Jet and Pulse Jet Engines

Metering and Control Parameters - Ram and Pulse Je ts

Fuel Supply Systems - Ram and Pulse Jets

Subject Neading Number Subject Heading Outline

Ignition Systems

Rockets


Fuel Supply Systems

Ignition Systems

Auxiliary Booster Systems

Reciprocating Engines

Gas Turbines

Liquid Injection

Afterburning

3.3.2.3 Bleed-off

3.4 Fuels

3.4.1 Preparation

3.4.2 Physical Properties

3.4.3 , Relation to Engine Per - f ormance

3.4.3.1 Reciprocating Engines

3.4.3.1.1 Spark -1gniti on


Ignition Systems - Ram and Pulse Jets

Charging and Control - Roekets

Metering and Control Parameters - Rockets

Fuel Supply Systems - Rockets

Ignition Systems - Rockets

Auxiliary Booster Systems

Auxiliary Booster Systems - Reciprocating Engines

Auxiliary Booster Systems - Gas Turbines

Liquid Injection - Gas Turbines

Mterburdng - Gas Turbines

Bleed-off - Gas Turbines

Fuels

Fuels - Preparation

Fuels - Physical Properties

Fuels - Relation to Engine Per- f or manee

-

Fuels - Recipr ocating Engine s

Fuels - Spark-Ignition Engines

Subject Heading Number Standard Subject Heading Title

Compression- Ignition (Diesel)

Fuels - Compression-Ignition (Diesel) Engines

Fuels - Turbine Engines, Ram Jets, and Pulse Jets

Turbine Engines, Ram Jets, and Pullse Jets

Rockets (Includes Fuel and Oxidant)

Fuels - Rockets (Includes Fuel and Oxidant)

Combustion

Combustion Research - General

3.5 Combustion

General Combustion Research

Laminar -Flow Com- bustion

Combustion, Laminar -Flow

Turbulent -Flow Com- bustion

Combustion, Turbulent -Flow

3.5.1.3 Detonation Combustion - Detonation

Effects of Fuel Atomi- Combustion - Effects of Fuel zation Atomization

Effects of Chemical Combustion - Effects of Chemical Intermediates Intermediates

3.5.1.6 Ignition of Gases Combustion - Ignition of Gases

3.5.2 Effect of Engine Operating Combustion - Effect of Engine Conditions and Com- Operating Conditions and bustion Chamber Combustion Chamber Geometry Geometry

Reciprocating Engines Combustion - Reciprocating Engines

Spark -Ignition Combustion - Spark-Ignition Engines


Compr essionb Combustion - Compression-Ignition Ignition (Diesel) (Diesel) Engines

Turbine Engines

Ram - Jet

Pulse Jet

Rockets

Compressors

Flow Theory and Ex- periment

Axial Flow

Radial Flow

Mixed Flow

Positive Displacement

Stress and Vibration

Matching .

Turbines

Flow Theory and Ex- periment

Axial Flow

Radial Flow

Mixed Flow

Combustion - Turbine Engines

Combustion - Ram-Jet

Combustion - Pulse Jet

Combustion - Rockets

Compressors

Compressor Flow Theory and Experiment

Compressors - Axial Flow

Compressors - Radial Flow

Compressors - Mixed Flow

Compressors - Positive Displace - ment

Compressors Stress and Vibration

Compressors - Matching

Turbines

Turbine Flow Theory and Experiment

Turbines - Axial Flow

Turbines - Radial Flow

Turbines - Mixed Flow

Subject Heading N m b e r Standard Subject Heading Title

Cooling Turbine Cooling

Stress and Vibration Turbine Stress and Vibration

Matching Turbines - Matching

Friction and Lubrication Friction and Lubrication

Theory and Experiment Friction and Lubrication - Theory and Experiment

Hydrodynamic Theory Friction and Lubrication - Hydr odynamic Theory

Chemistry of Lubri- Lubrication, Chemistry cation

Surface Conditions Friction and Lubrication - Surface Conditions

Sliding Contact Surfaces Contact Surfaces, Sliding

Sleeve Bearings Bearings, Sleeve -

Cylinder and Piston Cylinder and Piston Mechanisms Mechanisms

Slipper Plate Bearings, Slipper Plate

Kingsbury and Bearings, Kingsbury and Mitchell Bearings Mitchell

Rolling Contact Surfaces Contact Surfaces, Rolling

Anti-Friction Bearings Bearings, Anti-Friction

Sliding and Rolling Contact Contact Surfaces, Sliding and Surfaces Rolling

Gears Gears


Lubricants

Lubrication Systems

Heat Transfer

Theory

Heat Exchangers

Radiator s

Intercoolers

Aftercooler s

Regenerators

Oil Coolers

Cooling

Reciprocating Engines

Liquid Cooled

Air Cooled

Gas Turbine Systems

Ram Jets

Pulse Jets

Rockets

Properties of Gases


Lubricants

Lubrication Systems

Heat Transfer

Heat Transfer Theory

Heat Exchangers

Radiators

Intercoolers

After coolers

Regenerators

Oil Coolers . .

Cooling

Cooling - Reciprocating Engines

Cooling - Reciprocating Engines, Liquid Cooled

cooling - Reciprocating Engines, Air Cooled

Cooling - Gas Turbine Systems

Cooling - Ram Jets

Cooling - Pulse Jets

Cooling - Rockets

Gases, Properties


Structures

Columns

Tubular

Beam

Sections

Frames, Gridworks and Trusses

Plates

Flat

Unstiff ened

Stiffened

Curved

Unstiff ened

Stiffened

Beams

Box

Diagonal Tension

Shells

Cylinders

Circular


Structures

Columns, Structural

Columns, Tubular

Columns, Beam

Columns, Sections

Frames, Gridworks and Trusses

Plates, Structural

Plates, Flat

Plates, Flat - Unstiffened

Plates, Flat - Stiffened

Plates, Curved

Plates, Curved - Unstiffened

Plates, Curved - Stiffened

Beams, Structural

Beams, Box

Beams, Diagonal Tension

Shells, Structural

Cylinders

Cylinders, Structural - Circular


----

- Elliptical Cylinders, Structural -

Elliptical

Boxes Boxes, Structural

Connections Connections, Structural

Connections, Bolted Bolted

Riveted Connections, Riveted

Welded Connections, Welded

Bonded Connections, Bonded

Loads and Stresses Loads and Stresses - Structural

Tension Loads and Stresses, Structural - Tension

Loads and Stresses, Structural - Compression

Compression

Bending Loads and Stresses, Structural - Bending

Torsion Loads and Stresses, Structural - Torsion

Shear Loads and Stresses, Structural - Shear

Concentrated Loads and Stresses, Structural - Concentrated

Loads and Stresses, Structural - Dynamic

Dynamic

Repeated Loads and Stresses, Structural - Repeated Dynamic


4.7.7.2 Transient

4.9.8 Normal Pressures

Loads and Stresses, Structural - Transient Dynamic

Loads and Stresses, Struetdral - Normal Pressures


5 Materials

5.1.1 Aluminum

Magnesium

Steels

Heat-Resisthg Alloys

Ceramics

Plastics

Woods

Adhesives

Protective Coatings

Fabrics

Sandwich and Laminates

Miscellaneous

Properties

Tensile

Compressive

Creep

5.2.4 Stress-Rupture

Standard Subject Hehding Title

Materials

Materials - Types

Aluminum

Magnesium

Steels

Heat -Resisting Alloys

Ceramics

Plastics

Woods

Adhesives

Protective Coatings

Fabrics

Sandwich and Laminates

Materials - Miscellaneous Types

Materials - Properties '

Properties, Materials - Tensile

Properties, Materials - Compressive

Properties, Materials - Creep

Properties, Materials - Stress- Rupture


5.2.5 Fatigue Properties, Materials - Fatigue

Shear

Flexural

Corrosion Resistance

Structure

Effects of Nuclear Radiation

Operating Stresses and Conditions

Airframe

Propulsion System

Properties, Materials - Shear

Properties, Materials - Flexural

Properties, Materials - Corrosion Resistance

Properties, Materials - Structure

Properties, Materials - Effects of Nuclear Radiation

Operating Stresses and Condi- tions

Materials, Airframe - Operating Stresses

~ a t e r i a l s , Propulsion System - Operating Stresses


6

Subject ~ e a d i n ~ Outline

Meteorology

Atmosphere

Standard Atmosphere

Gusts

Structure

Frequency

Turbulence

Alleviation

Electricity

Ice Formation


Meteorology

Atmosphere

Standard Atmosphere

Gusts, Atmospheric

Gusts - Structure

Gusts - Fre~uency

Gusts - Turbulence

Gusts - Alleviation

Electricity, Atmospheric

Ice Formation


Operating Problems Operating Problems

Safety Safety

Navigation Navigation

Ice Prevention and Removal Ice Prevention and Removal

Engine Induction Systems Ice Prevention and Removal - Engine Induction Systems

Propellers Ice Prevention and Removal - Propellers

Wings and Tails Ice Prevention and Removal - Wings and Tails

Windshields Ice Prevention and Removal - Windshields

Miscellaneous Accessories Ice Preyention and Removal - Miscellaneous Accessories

Propulsion Systems Ice Prevention and Removal - Propulsion Systems

Noise Noise

Heating and Ventilating Heating and Ventilating

Lightning Hazards Lightning Hazards

Piloting Techniques Piloting Techniques

Physiological Physiological Operating Prob- lems


Instruments

Flight

Laboratory

Meteorological

Standard Subject 'Heading Title

Instruments

Instruments - Flight

Instruments -Laboratory

Instruments - Meteorological

Subject Heading Number Standard Subject Heading Title Subject Heading Outline

Research Equipment and Techni~ues

Research Equipment and Tech- niques

Equipment Research Equipment

Wind Tunnels Wind Tunnels

Research Equipment - Free- Flight

Free -Flight

Towing Tanks and Impact Basins

Towing Tanks and Impact Basins

Propulsion Research Equipment

Research Equipment - Propulsion

Propeller Research .Equipment - Propeller

Research Equipment - Xiaterials

Research Equipment - Structures

Research Technique

Research Techniques - Correction

Materials

Structures

Technique

Corrections


10 Nomenclature

Standard Subject Heading Title -- -

Nomenclature


11 Bibliographies and Indexes


Bibliographies and Indexes

subject headings for index of naca publlcatlons

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