NACA Icing Publications Database

Published: Sat 15 January 2022
Updated: Thu 06 February 2025

tags: database

"The documents of that period were so old, however, that they were not listed in the modern computerized library search systems" 1

Several people using a library. Many are seated at tables reading books. There are book shelves, file cabinets for index cards, and a microfische reader.
NACA Cleveland library, circa 1945.

Summary

210 NACA icing publications were identified, and the references were included in a database.

Discussion

I have assembled a database of 210 NACA-NASA icing publications. 132 were cited in “Selected Bibliography of NACA-NASA Aircraft Icing Publications” 1. I also identified 78 additional NACA icing publications in the NTRS 2 that were not cited in 1.

The format of the citations in the NACA publications varies over the years. For the database, the citations were updated to a consistent format similar to MLA format (similar to that used in current NASA publications).

The document identifiers such as “NACA TN 1907” were updated to the format used in the NTRS, such as “NACA-TN-1907”.

Some publications were written concurrently with other publications, so the citation has an incomplete document identifier, such as “Preliminary Investigation and Design of an Air-Heated Wing for Lockheed 12A Airplane” cited as “NACA ARR” in NACA-ARR-5A03. In most cases, this could be resolved to a specific document, as in this case, to “NACA-WR-A-34”. On the NTRS, there are sometimes several identifiers for the same publication. I picked one for consistency.

The names of authors were abbreviated differently in various publications. These were resolved into the most complete name. For example, “Gray, V.” and “Gray, V. H.” were resolved to “Gray, Vernon H.” (Note that the NTRS has several abbreviations for “Gray, Vernon H.”)

For 207 of the 211 NACA icing citations (four publications were not available to follow the citations), the references were added to the database, resulting in 653 unique citations.

Many of the citations had to be transcribed manually, so there may be still be typos.

The 211 citations are numbered in approximate order of publication (the numbers do not correspond to the numbering in 1):

  1. Sparrow, Stanwood S.: "Airplane Crashes: Engine Troubles. A Possible Explanation". NACA-TN-55, 1921. ntrs.nasa.gov
  2. Carroll, Thomas, and McAvoy, William H.: The Formation of Ice upon Airplanes in Flight. NACA-TN-313, 1929. ntrs.nasa.gov
  3. Carroll, Thomas, and McAvoy, William H.: The Formation of Ice upon Exposed Parts of an Airplane in Flight. NACA-TN-293, 1929. ntrs.nasa.gov
  4. Knight, Montgomery, and Clay, William C.: Refrigerated Wind Tunnel Tests on Surface Coatings for Preventing Ice Formation. NACA-TN-339, 1930 ntrs.nasa.gov.
  5. Theodorsen, Theodore, and Clay, William C.: Ice Prevention on Aircraft by Means of Engine Exhaust Heat and a Technical Study of Heat Transmission from a Clark Y Airfoil. NACA-TR-403, 1931.
  6. Theodorsen, Theodore, and Clay, William C.: The Prevention of Ice Formation on Gasoline Tank Vents. NACA-TN-394, 1931.
  7. Brun, Edmond: Distribution of Temperatures over an Airplane Wing with Reference to the Phenomena of Ice Formation. NACA-TM-883, 1938.
  8. Gulick, Beverly G.: Effects of a Simulated Ice Formation on the Aerodynamic Characteristics of an Airfoil. NACA-WR-L-292, May 1938. ntrs.nasa.gov
  9. Robinson, Russell G.: The Drag of Inflatable Rubber De-Icers. NACA-TN-669, 1938.
  10. Findeisen, W.: Meteorological-Physical Limitations of Icing in the Atmosphere. NACA-TM-885, 1939.
  11. French Committee for the Study of Ice Formation: Report on Ice Formation on Aircraft. NACA-TN-919, 1939.
  12. Kantrowitz, Arthur: Aerodynamic Heating and the Deflection of Drops by an Obstacle in an Air Stream in Relation to Aircraft Icing. NACA-TN-779, 1940. ntrs.nasa.gov
  13. Jones, Robert T., and Cohen, Doris: A Graphical Method of Determining Pressure Distribution in Two-Dimensional Flow. NACA-TR-722, 1941. ntrs.nasa.gov
  14. Rodert, Lewis A.: The Effects of Aerodynamic Heating on Ice Formations on Airplane Propellers. NACA-TN-799, 1941. ntrs.nasa.gov
  15. Chandler, H. C., Jr.: Survey of Aircraft Anti-icing Equipment. NACA restricted report, Feb. 27, 1942.
  16. Frick, Charles W., Jr., and McCullough, George B.: A Method for Determining the Rate of Heat Transfer from a Wing or Streamline Body. NACA-WR-A-40, Dec. 1942. ntrs.nasa.gov
  17. Martinelli, R. C., Morrin, E. H., and Boelter, L. M. K.: An Investigation of Aircraft Heaters, V-Theory and Use of Heat Meters for the Measurement of Rates of Heat Transfer which are Independent of Time. NACA-WR-W-11, Dec. 1942.
  18. Martinelli, R. C., Weinberg, E. B., Morrin, E. H., and Boelter, L. M. K.: An Investigation of Aircraft Heaters, IV - Measured and Predicted Performance of Longitudinally Finned Tubes. NACA-WR-W-12, Oct. 1942.
  19. Rodert, Lewis A., Clousing, Lawrence A., and McAvoy, William H.: Recent Flight Research on Ice Prevention. NACA-ARR, Jan. 1942. (Might be similar to NACA-WR-A-34, April 1942, which is available at the NTRS ntrs.nasa.gov)
  20. Rodert, Lewis A., and Jackson, Richard: Preliminary Investigation and Design of an Air-Heated Wing for Lockheed 12A Airplane. NACA-WR-A-34, April 1942. ntrs.nasa.gov
  21. Tribus, Myron, and Boelter, L. M. K.: An Investigation of Aircraft Heaters, II - Properties of Gases. NACA-WR-W-9, Oct. 1942.
  22. Essex, Henry A.: De-Icing of an Aircraft Engine Induction System. NACA-ARR-3H13, 1943. ntrs.nasa.gov
  23. Jones, Alun R., and Rodert, Lewis A.: Development of Thermal Ice-Prevention Equipment for the B-17F Airplane. NACA-ARR-3H24, 1943. ntrs.nasa.gov
  24. Jones, Alun R., and Rodert, Lewis A.: Development of Thermal Ice-Prevention Equipment for the B-24D Airplane. NACA-WR-A-35, Feb. 1943. ntrs.nasa.gov
  25. Kimball, Leo B.: Icing Tests of Aircraft-Engine Induction Systems. NACA-WR-W-97, Jan. 1943. ntrs.nasa.gov
  26. Kushnick, Jerome L.: Thermodynamic Design of Double-Panel, Air-Heated Windshields for Ice Prevention, NACA-RB-3F24, 1943 (also published as NACA-WR-A-56). ntrs.nasa.gov
  27. Martinelli, R. C., Guibert, A. G., Morrin, E. H., and Boelter, L. M. K.: An Investigation of Aircraft Heaters, VIII - A Simplified Method for the Calculation of the Unit Thermal Conductance over Wings. NACA-WR-W-14, Mar. 1943. ntrs.nasa.gov
  28. Neel, Carr B., Jr., and Jones, Alun R.: Flight Tests of Thermal Ice-Prevention Equipment in the XB-24F Airplane. NACA-WR-A-7, Oct. 1943. ntrs.nasa.gov
  29. Schmidt, Ernst, and Wenner, Karl: Heat Transfer over the Circumference of a Heated Cylinder in Transverse Flow. NACA-TM-1050, 1943. ntrs.nasa.gov
  30. Essex, Henry A., and Galvin, Herman B.: A Laboratory Investigation of Icing and Heated-Air De-Icing of a Chandler-Evans 1900 CPB-3 Carburetor Mounted on a Pratt & Whitney R-1830-C4 Intermediate Rear Engine Section. NACA-ARR-E4J03, 1944. ntrs.nasa.gov
  31. Galvin, Herman B., and Essex, Henry A.: A Laboratory Investigation of the Icing Characteristic of the Bendix-Stromberg Carburetor Model PD-12F5 with the Pratt & Whitney R-1830-C4 Intermediate Rear Engine Section. NACA-ARR-E4J18, 1944. ntrs.nasa.gov
  32. Hardy, J. K.: Measurement of Free Water in Cloud Under Conditions of Icing. NACA-ARR-4I11, 1944. ntrs.nasa.gov
  33. Look, Bonne C.: Flight Tests of the Thermal Ice-Prevention Equipment on the B-17F Airplane. NACA-ARR-4B02, 1944. ntrs.nasa.gov
  34. Scherrer, Richard: An Analytical Investigation of Thermal-Electric Means of Preventing Ice Formations on a Propeller Blade. NACA-ACR-4H31, 1944. ntrs.nasa.gov
  35. Scherrer, Richard, and Rodert, Lewis A.: Tests of Thermal-Electric De-Icing Equipment for Propellers. NACA-ARR-4A20, 1944. ntrs.nasa.gov
  36. Boelter, L. M. K., Martinelli, R. C., Romie, F. E., and Morrin, E. H.: An Investigation of Aircraft Heaters, Part XVIII - A Design Manual for Exhaust Gas and Air Heat Exchangers. NACA-ARR-5A06, 1945. digital.library.unt.edu
  37. Essex, Henry A., Keith, Wayne C., and Mulholland, Donald R.: Laboratory Investigation of Icing in the Carburetor and Supercharger Inlet Elbow of an Aircraft Engine, II-Determination of the Limiting-Icing Condition. NACA-MR-E518a, 1945.
  38. Hardy, J. K.: An Analysis of the Dissipation of Heat in Conditions of Icing from a Section of the Wing of the C-46 Airplane. NACA-TR-831, 1945. (Formerly NACA-ARR-4I11a.) ntrs.nasa.gov
  39. Hardy, J. K.: Kinetic Temperature of Wet Surfaces A Method of Calculating the Amount of Alcohol Required to Prevent Ice, and the Derivation of the Psychrometric Equation. NACA-ARR-5G13, 1945. ntrs.nasa.gov
  40. Hillendahl, Wesley H.: A Flight Investigation of the Ice-Prevention Requirements of the United States Naval K-Type Airships. NACA-WR-A-4, 1945. (Supersedes NACA-NR-A5J19a.)
  41. Jackson, Richard: An Investigation of a Thermal Ice-Prevent ion System for a C46 Cargo Airplane II - The Design, Construction, and Preliminary Tests of the Exhaust—Air Heat Exchanger. NACA-ARR-5A03a, 1945.
  42. Jones, Alun R., and Spies, Ray J., Jr.: An Investigation of a Thermal Ice-Prevention System for a C-46 Cargo Airplane, III - Description of Thermal Ice-Prevention Equipment for Wings, Empennage, and Windshield. NACA-ARR-5A03b, 1945. ntrs.nasa.gov
  43. Lyons, Richard E., and Coles, Willard D.: Laboratory Investigation of Icing in the Carburetor and Supercharger Inlet Elbow of an Aircraft Engine, III- Heated Air as a Mean of De-Icing the Carburetor and Inlet Elbow. NACA-MR-E5L19, 1945. ntrs.nasa.gov
  44. Mulholland, Donald R., Rollin, Vern G., and Galvin, Herman B.: Laboratory Investigation of Icing in the Carburetor and Supercharger Inlet Elbow of an Aircraft Engine, I-Description of Setup and Testing Technique. NACA-MR-E5L13, 1945. ntrs.nasa.gov
  45. Neel, Carr B., Jr.: An Investigation of a Thermal Ice-Prevention System for a C-46 Cargo Airplane, I— Analysis of the Thermal Design for Wings, Empennage, and Windshield. NACA-ARR-5A03, 1945. ntrs.nasa.gov
  46. Renner, Clark E.: Laboratory Investigation of Icing in the Carburetor and Supercharger Inlet Elbow of an Aircraft Engine, V- Effect of Injection of Water-Fuel Mixture and Water-Ethanol-Fuel Mixtures on the Icing Characteristics. NACA-MR-E5L28, 1945.
  47. Selna, James, Neel, Carr B., Jr., and Zeiller, E. Lewis: An Investigation of a Thermal Ice-Prevention System for a C-46 Cargo Airplane, IV - Results of Flight Tests in Dry-Air and Natural-Icing Conditions. NACA-ARR-5A03c, 1945. ntrs.nasa.gov
  48. Chapman, Gilbert E.: A Preliminary Investigation of the Icing Characteristic of a Large Rectangular-Throat Pressure-Type Carburetor. NACA-MR-E6G11, 1946.
  49. Chapman, Gilbert E., and Zlotowski, Edward D.: Laboratory Investigation of Icing in the Carburetor and Supercharger Inlet Elbow of an Aircraft Engine, IV- Effect of Throttle Design and Method of Throttle Operation on Induction-System Icing Characteristic. NACA-MR-E5L27, 1946.
  50. Corson, Blake W., Jr., and Maynard, Julian D.: The Effect of Simulated Icing on Propeller Performance. NACA-TN-1084, 1946. ntrs.nasa.gov
  51. Essex, Henry A., Zlotowski, Edward D., and Ellisman, Carl: Investigation of Ice Formation in the Induction System of an Aircraft Engine, I- Ground Test. NACA-MR-E6B2, 1946.
  52. Essex, Henry A., Zlotowski, Edward D., and Ellisman, Carl: Investigation of Ice Formation in the Induction System of an Aircraft Engine, II- Flight Test. NACA-MR-E6E16, 1946.
  53. Jones, Alun R.: An Investigation of a Thermal Ice-Prevention System for a Twin-Engine Transport Airplane. NACA-TR-862, 1946. ntrs.nasa.gov
  54. Mulholland, Donald R., Rollin, Vern G., and Galvin, Herman B.: Laboratory Investigation of Icing in the Carburetor and Supercharger Inlet Elbow of an Aircraft Engine, IV-Effect of Modification to Fuel-Spray Nozzle on Icing Characteristic . NACA-MR-E6A23, 1946.
  55. von Glahn, Uwe H., and Renner, Clark E.: Development of a Protected Air Scoop for the Reduction of Induction-System Icing. NACA-TN-1134, 1946. ntrs.nasa.gov
  56. Anon: NACA Conference on Aircraft Ice Prevention A Compilation of Papers Presented by NACA Staff Members. 6505/NACA-1947/8, 1947. apps.dtic.mil
  57. Bergrun, Norman R.: A Method for Numerically Calculating the Area and Distribution of Water Impingement on the Leading Edge of an Airfoil in a Cloud. NACA-TN-1397, 1947. ntrs.nasa.gov
  58. Boelter, L. M. K., Grossman, L. M., Martinelli, R. C., and Morrin, E. H.: An Investigation of Aircraft Heaters XXIX - Comparison of Several Methods of Calculating Heat Losses from Airfoils. NACA-TN-1453, 1947. ntrs.nasa.gov
  59. Coles, Willard D.: Laboratory Investigation of Ice Formation and Elimination in the Induction System of a Large Twin-Engine Cargo Aircraft. NACA-TN-1427, 1947. ntrs.nasa.gov
  60. Darsow, John F., and Selna, James: A Flight Investigation of the Thermal Performance of an Air-Heated Propeller. NACA-TN-1178, 1947. ntrs.nasa.gov
  61. Gray, Vernon H., and Campbell, B. G.: A Method for Estimating Heat Requirements for Ice Prevention on Gas-Heated Hollow Propeller Blades. NACA-TN-1494, 1947. ntrs.nasa.gov
  62. Jones, Alun R., Holdaway, George H., and Steinmetz, Charles P.: A Method for Calculating the Heat Required for Windshield Thermal Ice Prevention Based on Extensive Flight Tests in Natural—Icing Conditions. NACA-TN-1434, 1947. ntrs.nasa.gov
  63. Lewis, James P.: Wind-Tunnel Investigation of Icing of an Engine Cooling-Fan Installation. NACA-TN-1246, 1947. ntrs.nasa.gov
  64. Lewis, William: A Flight Investigation of the Meteorological Conditions Conducive to the Formation of Ice on Airplanes. NACA-TN-1393, 1947. ntrs.nasa.gov
  65. Lewis, William: Icing Properties of Noncyclonic Winter Stratus Clouds. NACA-TN-1391, 1947. ntrs.nasa.gov
  66. Lewis, William: Icing Zones in a Warm Front System with General Precipitation. NACA-TN-1392, 1947. ntrs.nasa.gov
  67. Lewis, William, Kline, Dwight B., and Steinmetz, Charles P.: A Further Investigation of the Meteorological Conditions Conducive to Aircraft Icing. NACA-TN-1424, 1947. ntrs.nasa.gov
  68. Neel, Carr B., Jr., Bergrun, Norman R., Jukoff, David, and Schlaff, Bernard A.: The Calculation of the Heat Required for Wing Thermal Ice Prevention in Specified Icing Conditions. NACA-TN-1472, 1947. ntrs.nasa.gov
  69. Preston, G. Merritt, and Blackman, Calvin C.: Effects of Ice Formations on Airplane Performance in Level Cruising Flight. NACA-TN-1598, 1948.
  70. Acker, Loren W.: Natural Icing of an Axial-Flow Turbojet Engine in Flight for a Single Icing Condition. NACA-RM-E8F01a, 1948. ntrs.nasa.gov
  71. Acker, Loren W.: Preliminary Results of Natural Icing of an Axial-Flow Turbojet Engine. NACA-RM-E8C18, 1948. ntrs.nasa.gov
  72. Boelter, L. M. K., Young, George, and Iversen, H. W.: An Investigation of Aircraft Heaters, XXVII - Distribution of Heat- Transfer Rate in the Entrance Section of a Circular Tube. NACA-TN-1451, 1948. ntrs.nasa.gov
  73. Callaghan, Edmund E., and Ruggeri, Robert S.: Investigation of the Penetration of an Air Jet Directed Perpendicularly to an Air Stream. NACA-TN-1615, 1948. ntrs.nasa.gov
  74. Callaghan, Edmund E., Ruggeri, Robert S., and Krebs, Richard P.: Experimental Investigation of the Hot-Gas Bleedback for Ice Protection of Turbojet Engines, I - Nacelle with Offset Air Inlet. NACA-RM-E8D13, 1948.
  75. Fleming, William A., and Saari, Martin J.: Inlet Icing and Effectiveness of Hot-Gas Bleedback for Ice Protection of Turbojet Engine. NACA-RM-E8J25c, 1948. ntrs.nasa.gov
  76. Hensley, Reece V.: Mollier Diagram for Air Saturated with Water Vapor at Low Temperature. NACA-TN-1715, 1948.
  77. Humble, Leroy V ., Lowdermilk, Warren H., and Grele, Milton D.: Heat Transfer from High-Temperature Surfaces to Fluids - I—Preliminary Investigation with Air in Inconel Tube with Rounded Entrance, inside Diameter of 0_4 Inch and Length of 24 Inches. NACA-RM-E7L31, 1948.
  78. Kepple, W. L.: Determination of Aircraft Antenna Loads Produced by Natural Icing Conditions. NACA-RM-E7H26a, 1948. ntrs.nasa.gov
  79. Lewis, James P.: De-Icing Effectiveness of External Electric Heaters for Propeller Blades. NACA-TN-1520, 1948. ntrs.nasa.gov
  80. Lewis, James P., and Stevens, Howard C., Jr.: Icing and De-Icing of a Propeller with Internal Electric Blade Heaters. NACA-TN-1691, 1948. ntrs.nasa.gov
  81. Mulholland, Donald R., and Perkins, Porter J.: Investigation of Effectiveness of Air-Heating a Hollow Steel Propeller for Protection against Icing, I - Unpartitioned Blades. NACA-TN-1586, 1948. ntrs.nasa.gov
  82. Mulholland, Donald R., and Perkins, Porter J.: Investigation of Effectiveness of Air-Heating a Hollow Steel Propeller for Protection against Icing, III - 25-Percent Partitioned Blades. NACA-TN-1588, 1948. ntrs.nasa.gov
  83. Perkins, Porter J., and Mulholland, Donald R.: Investigation of Effectiveness of Air-Heating a Hollow Steel Propeller for Protection against Icing, II- 50-Percent Partitioned Blades. NACA-TN-1587, 1948. ntrs.nasa.gov
  84. Quinn, John H., Jr.: Summary of Drag Characteristics of Practical-Construction Wing Sections. NACA-TR-910, 1948. (Supersedes NACA-TN-1151.)
  85. Scherrer, Richard: The Effects of Aerodynamic Heating and Heat Transfer on the Surface Temperature of a Body of Revolution in Steady Supersonic Flight. NACA-TR-917, 1948. (Formerly NACA-TN-1300.) ntrs.nasa.gov
  86. von Glahn, Uwe H.: Ice Protection of Turbojet Engines by Inertia Separation of Water, I - Alternate-Duct System. NACA-RM-E8A27, 1948. ntrs.nasa.gov
  87. von Glahn, Uwe H.: Ice Protection of Turbojet Engines by Inertia Separation of Water, II - Single-Offset-Duct System. NACA-RM-E8A28, 1948. ntrs.nasa.gov
  88. von Glahn, Uwe H.: Ice Protection of Turbojet Engines by Inertia Separation of Water, III - Annular Submerged Inlets. NACA-RM-E8A29, 1948. ntrs.nasa.gov
  89. Boelter, L. M. K., and Sharp, W. H.: An Instigation of Aircraft Heaters XXXI- Measurement of Thermal Conductivity of Air and of Exhaust Gases Between 50° and 900° F. NACA-TN-1912, 1949.
  90. Callaghan, Edmund E., and Bowden, Dean T.: Investigation of Flow Coefficient of Circular, Square, and Elliptical Orifices at High Pressure Ratios. NACA-TN-1947, 1949. ntrs.nasa.gov
  91. Callaghan, Edmund E., and Ruggeri, Robert S.: Experimental Investigation of Hot-Gas Bleedback for Ice Protection of Turbojet Engines, II - Nacelle with Long Straight Air Inlet. NACA-RM-E9C16, 1949. ntrs.nasa.gov
  92. Coles, Willard D.: Investigation of Icing Characteristics of Typical Light-Airplane Engine Induction System. NACA-TN-1790, 1949. ntrs.nasa.gov
  93. Dallas, Thomas, and Ellisman, Carl: Analysis and Preliminary Investigation of Eddy-Current Heating for Icing Protection of Axial-Flow-Compressor Blades. NACA-RM-E9EO6, 1949. ntrs.nasa.gov
  94. Gowan. W. H., Jr.: Vibration and Investigation of CAA Type V-I09 Very-High-Frequency Aircraft Antenna. NACA-RM-SE9D20. 1949.
  95. Guibert, A. G., Janssen, E., and Robbins, W. M.: Determination of Rate, Area, and Distribution of Impingement of Waterdrops on Various Airfoils from Trajectories Obtained on the Differential Analyzer. NACA-RM-A905, 1949. digital.library.unt.edu
  96. Jones, Alun R., and Lewis, William: A Review of Instruments Developed for the Measurement of the Meteorological Factors Conducive to Aircraft Icing. NACA-RM-A9C09, 1949 ntrs.nasa.gov.
  97. Jones, Alun R., and Lewis, William: Recommended Values of Meteorological Factors to be Considered in the Design of Aircraft Ice-Prevention Equipment. NACA-TN-1855, 1949. ntrs.nasa.gov
  98. Kline, Dwight B.: Investigation of Meteorological Conditions Associated with Aircraft Icing in Layer-Type Clouds for 1947-48 Winter. NACA-TN-1793, 1949. ntrs.nasa.gov
  99. Lewis, William, and Hoecker, Walter H., Jr.: Observations of Icing Conditions Encountered in Flight During 1948. NACA-TN-1904, 1949. ntrs.nasa.gov
  100. Perkins, Porter J., and Millenson, M. B.: An Electric Meter Suitable for Flight Investigation of Propellers. NACA-RM-E9C17, 1949.
  101. Ruggeri, Robert S., and Callaghan, Edmund E.: Experimental Investigation of Hot-Gas Bleedback for Ice Protection of Turbojet Engines, III - Nacelle with Short Straight Air Inlet. NACA-RM-E9E12, 1949. ntrs.nasa.gov
  102. Ruggeri, Robert S., von Glahn, Uwe H., and Rollin, Vern G.: Investigation of Aerodynamic and Icing Characteristics of Recessed Fuel-Vent Configurations. NACA-TN-1789, 1949. ntrs.nasa.gov
  103. Desmond Leland G., and Sams, Eldon W.: Correlation of Forced-Convection Heat Transfer Data for Air Flowing in Smooth Platinum Tube with Long-Approach Entrance at High Surface and Inlet-Air Temperature. NACA-RM-E50H23, 1950.
  104. Acker, Loren W., and Kleinknecht, Kenneth S.: Effects of Inlet Icing on Performance of Axial-Flow Turbojet Engine in Natural Icing Conditions. NACA-RM-E50C15, 1950. ntrs.nasa.gov
  105. Coles, Willard D., Rollin, Vern G., and Mulholland, Donald R.: Icing-Protection Requirements for Reciprocating-Engine Induction Systems. NACA-TR-982, 1950. (Supersedes NACA-TN-1993.) ntrs.nasa.gov
  106. Dorsch, Robert G., and Hacker, Paul T.: Photomicrographic Investigation of Spontaneous Freezing Temperatures of Supercooled Water Droplets. NACA-TN-2142, 1950. ntrs.nasa.gov
  107. Gray, Vernon H.: Heat Requirements for Ice Prevention on Gas-Heated Propellers. SAE preprint No. 424 (paper presented at SAE Annual Meeting, 1950), 1950.
  108. Gray, Vernon H.: Improvements in Heat Transfer for Anti-Icing of Gas-Heated Airfoils with Internal Fins and Partitions. NACA-TN-2126, 1950. ntrs.nasa.gov
  109. Gray, Vernon H., and Bowden, Dean T.: Icing Characteristics and Anti-Icing Heat Requirements for Hollow and Internally Modified Gas-Heated Inlet Guide Vanes. NACA-RM-E50I08, 1950. ntrs.nasa.gov
  110. Lewis, William: Meteorological Factors in the Design and Operation of Thermal Ice Protection Equipment for High Speed, High Altitude Transport Airplanes. Part 7 of a Compilation of the Paper Presented at NACA "Conference on Some Problems of Aircraft Operation", October 9 and 10, 1950.
  111. Levine, Joseph: Statistical Explanation of Spontaneous Freezing of Water Droplets. NACA-TN-2234, 1950. ntrs.nasa.gov
  112. Neel, Carr B., Jr., and Bright, Loren G.: The Effect of Ice Formations on Propeller Performance. NACA-TN-2212, 1950. ntrs.nasa.gov
  113. Ruggeri, Robert S., Callaghan, Edmund E., and Bowden, Dean T.: Penetration of Air Jets Issuing from Circular, Square, and Elliptical Orifices Directed Perpendicularly to an Air Stream. NACA-TN-2019, 1950.
  114. Szablewski, W.: The Diffusion of a Hot Air Jet in Air in Motion. NACA-TM-1288, 1950.
  115. von Glahn, Uwe H., and Blatz, Robert E.: Investigation of Aerodynamic and Icing Characteristics of Water-Inertia-Separation Inlets for Turbojet Engines. NACA-RM-E50E03, 1950. ntrs.nasa.gov
  116. von Glahn, Uwe H., Callaghan, Edmund E., and Gray, Vernon H.: NACA Investigations of Icing-Protection Systems for Turbojet-Engine Installations. NACA-RM-E51B12, 1951. ntrs.nasa.gov
  117. Bergrun, Norman R.: An Empirical Method Permitting Rapid Determination of the Area, Rate, and Distribution of Water-Drop Impingement on an Airfoil of Arbitrary Section at Subsonic Speeds. NACA-TN-2476, 1951. ntrs.nasa.gov
  118. Brun, Rinaldo J., Levine, Joseph, and Kleinknecht, Kenneth S.: An Instrument Employing a Coronal Discharge for the Determination of Droplet-Size Distribution in Clouds. NACA-TN-2458, 1951. ntrs.nasa.gov
  119. Callaghan, Edmund E., and Ruggeri, Robert S.: A General Correlation of Temperature Profiles Downstream of a Heated-Air Jet Directed Perpendicularly to an Airstream. NACA-TN-2466, 1951. ntrs.nasa.gov
  120. Dorsch, Robert G., and Boyd, Bemrose: X-Ray Diffraction Study of the Internal Structure of Supercooled Water. NACA-TN-2532, 1951. ntrs.nasa.gov
  121. Gelder, Thomas F., and Lewis, James P.: Comparison of Heat Transfer from Airfoil in Natural and Simulated Icing Conditions. NACA-TN-2480, 1951. ntrs.nasa.gov
  122. Gowan, W. H., Jr., and Mulholland, D. R.: Effectiveness of Thermal-Pneumatic Airfoil-Ice-Protection System. NACA-RM-E50K10a, 1951. ntrs.nasa.gov
  123. Hacker, Paul T.: Experimental Values of the Surface Tension of Supercooled Water. NACA-TN-2510, 1951. ntrs.nasa.gov
  124. Hacker, Paul T., and Dorsch, Robert G.: A Summary of Meteorological Conditions Associated with Aircraft Icing and a Proposed Method of Selecting Design Criterions for Ice-Protection Equipment. NACA-TN-2569, 1951. ntrs.nasa.gov
  125. Ingebo, Robert D.: Vaporization Rates and Heat-Transfer Coefficients for Pure Liquid Drops. NACA-TN-2368, 1951. ntrs.nasa.gov
  126. Kline, Dwight B., and Walker, Joseph A.: Meteorological Analysis of Icing Conditions Encountered in Low-Altitude Stratiform Clouds. NACA-TN-2306, 1951. ntrs.nasa.gov
  127. Levine, Joseph, and Kleinknecht, Kenneth S.: Adaptation of a Cascade Impactor to Flight Measurement of Droplet Size in Clouds. NACA-RM-E51G05, 1951. ntrs.nasa.gov
  128. McCullough, Stuart, and Perkins, Porter J.: Flight Camera for Photographing Cloud Droplets in Natural Suspension in the Atmosphere. NACA-RM-E50K01a, 1951. ntrs.nasa.gov
  129. Perkins, Porter J.: Flight Instrument for Measurement of Liquid-Water Content in Clouds at Temperatures Above and Below Freezing. NACA-RM-E50J12a, 1951. ntrs.nasa.gov
  130. Perkins, Porter J., and Kline, Dwight B.: Analysis of Meteorological Data Obtained During Flight in a Supercooled Stratiform Clouds of High Liquid-Water Content. NACA-RM-E51D18, 1951. ntrs.nasa.gov
  131. Perkins, Porter J., McCullough, Stuart, and Lewis, Ralph D.: A Simplified Instrument for Recording and Indicating Frequency and Intensity of Icing Conditions Encountered in Flight. NACA-RM-E51E16, 1951. ntrs.nasa.gov
  132. von Glahn, Uwe H., Callaghan, Edmund E., and Gray, Vernon H.: NACA Investigations of Icing-Protection Systems for Turbojet-Engine Installations. NACA-RM-E51B12, 1951. ntrs.nasa.gov
  133. Bergrun, Norman R.: An Empirically Derived Basis for Calculating the Area, Rate, and Distribution of Water-Drop Impingement on Airfoils. NACA-TR-1107, 1952. ntrs.nasa.gov
  134. Brun, Rinaldo J., Serafini, John S., and Moshos, George J.: Impingement of Water Droplets on an NACA 651-212 Airfoil at an Angle of Attack of 4°. NACA-RM-E52B12, 1952. ntrs.nasa.gov
  135. Dorsch, Robert G., and Levine, Joseph: A Photographic Study of Freezing of Water Droplets Falling Freely in Air. NACA-RM-E51L17, 1952. ntrs.nasa.gov
  136. Gray, Vernon H.: Simple Graphical Solution of Heat Transfer and Evaporation from Surface Heated to Prevent Icing. NACA-TN-2799, 1952. ntrs.nasa.gov
  137. Gray, Vernon H., Bowden, Dean T., and von Glahn, Uwe H.: Preliminary Results of Cyclical De-icing of a Gas-Heated Airfoil. NACA-RM-E51J29, 1952. ntrs.nasa.gov
  138. Howell, Wallace E.: Comparison of Three Multicylinder Icing Meters and Critique of Multicylinder Method. NACA-TN-2708, 1952. ntrs.nasa.gov
  139. Lewis, James P., and Bowden, Dean T.: Preliminary Investigation of Cyclic De-Icing of an Airfoil Using an External Electric Heater. NACA-RM-E51J30, 1952. ntrs.nasa.gov
  140. Lewis, William, and Bergrun, Norman R.: A Probability Analysis of the Meteorological Factors Conducive to Aircraft Icing in the United States. NACA-TN-2738, 1952. ntrs.nasa.gov
  141. Neel, Carr B., Jr.: An Investigation Utilizing an Electrical Analogue of Cyclic De-Icing of a Hollow Steel Propeller with an External Blade Shoe. NACA-TN-2852, 1952. ntrs.nasa.gov
  142. Brun, Rinaldo J., Serafini, John S., and Moshos, George J.: Impingement of Water Droplets on an NACA 651-212 Airfoil at an Angle of Attack of 4°. NACA-RM-E52B12, 1952. ntrs.nasa.gov
  143. Perkins, Porter J.: Preliminary Survey of Icing Conditions Measured During Routine Transcontinental Airline Operation. NACA-RM-E52J06, 1952. ntrs.nasa.gov

  144. Ruggeri, Robert S.: General Correlation of Temperature Profiles Downstream of Heated Air Jet Directed at Various Angles to Airstream. NACA-TN-2855, 1952. ntrs.nasa.gov

  145. Brun, Rinaldo J., Gallagher, Helen M., and Vogt, Dorothea E.: Impingement of Water Droplets on NACA 651-208 and 651-212 Airfoils at 4° Angle of Attack. NACA-TN-2952, 1953. ntrs.nasa.gov

  146. Brun, Rinaldo J., Gallagher, Helen M., and Vogt, Dorothea E.: Impingement of Water Droplets on NACA 65A004 Airfoil and Effect of Change in Airfoil Thickness from 12 to 4 Percent at 4° Angle of Attack. NACA-TN-3047, 1953. ntrs.nasa.gov
  147. Brun, Rinaldo J., and Mergler, Harry W.: Impingement of Water Droplets on a Cylinder in an Incompressible Flow Field and Evaluation of Rotating Multicylinder Method for Measurement of Droplet-Size Distribution, Volume-Median Droplet Size, and Liquid-Water Content in Clouds. NACA-TN-2904, 1953. ntrs.nasa.gov
  148. Brun, Rinaldo J., Serafini, John S., and Gallagher, Helen M.: Impingement of Cloud Droplets on Aerodynamic Bodies as Affected by Compressibility of Air Flow Around the Body. NACA-TN-2903, 1953. ntrs.nasa.gov
  149. Callaghan, Edmund E.: Analogy Between Mass and Heat Transfer with Turbulent Flow. NACA-TN-3045, 1953. ntrs.nasa.gov
  150. Callaghan, Edmund E., and Serafini, John S.: A Method for Rapid Determination of the Icing Limit of a Body in Terms of the Stream Conditions. NACA-TN-2914, 1953. ntrs.nasa.gov
  151. Callaghan, Edmund E., and Serafini, John S.: Analytical Investigation of Icing Limit for Diamond Shaped Airfoil in Transonic and Supersonic Flow. NACA-TN-2861, 1953. ntrs.nasa.gov
  152. Dorsch, Robert G., and Brun, Rinaldo J.: A Method for Determining Cloud-Droplet Impingement on Swept Wings. NACA-TN-2931, 1953. ntrs.nasa.gov
  153. Eckert, E. R. G., and Livingood, John N. B.: Comparison of Convection-, Transpiration-, and Film-Cooling Methods with Air as Coolant. NACA-TN-3010, 1953.
  154. Gelder, Thomas F., Lewis, James P., and Koutz, Stanley L.: Icing Protection for a Turbojet Transport Airplane: Heating Requirements, Methods of Protection, and Performance Penalties. NACA-TN-2866, 1953. ntrs.nasa.gov
  155. Gray, Vernon H., and Bowden, Dean T.: Comparison of Several Methods of Cyclic De-Icing of a Gas-Heated Airfoil. NACA-RM-E53C27, 1953. ntrs.nasa.gov
  156. Gray, Vernon H., and von Glahn, Uwe H.: Effect of Ice and Frost Formations on Drag of NACA 651-212 Airfoil for Various Modes of Thermal Ice Protection. NACA-TN-2962, 1953. ntrs.nasa.gov
  157. Hacker, Paul T., Brun, Rinaldo J., and Boyd, Bemrose: Impingement of Droplets in 90° Elbows with Potential Flow. NACA-TN-2999, 1953. ntrs.nasa.gov
  158. Lewis, James P.: An Analytical Study of Heat Requirements for Icing Protection of Radomes. NACA-RM-E53A22, 1953. ntrs.nasa.gov
  159. Lewis, James P.: Investigation of Aerodynamic and Icing Characteristics of Flush Alternate-Inlet Induction-Systems Air Scoop. NACA-RM-E53E07, 1953. ntrs.nasa.gov
  160. Lewis,James P., and Blade, Robert J.: "Experimental Investigation of Radome Icing and Icing Protection", NACA-RM-E52J31, 1953. ntrs.nasa.gov
  161. Lewis, William, Perkins, Porter J., and Brun, Rinaldo J.: Procedure for Measuring Liquid-Water Content and Droplet Sizes in Super-cooled Clouds by Rotating Multicylinder Method. NACA-RM-E53D23, 1953. ntrs.nasa.gov
  162. Lowell, Herman H.: Maximum Evaporation Rates of Water Droplets Approaching Obstacles the Atmosphere under Icing Conditions. NACA-TN-3024, 1953 ntrs.nasa.gov
  163. Neel, Carr B., Jr.: An Investigation Utilizing an Electrical Analogue of Cyclic De-Icing of a Hollow Steel Propeller with Internal Electric Heaters. NACA-TN-3025, 1953. ntrs.nasa.gov
  164. Ruggeri, Robert S.: De-Icing and Runback Characteristics of Three Cyclic Electric, External Deicing Boots Employing Chordwise Shedding. NACA-RM-E53C26, 1953. ntrs.nasa.gov
  165. von Glahn, Uwe H.: Preliminary Results of Heat Transfer from a Stationary and Rotating Ellipsoidal Spinner. NACA-RM-E53F02, 1953. ntrs.nasa.gov
  166. Brun, Rinaldo J., and Dorsch, Robert G.: Impingement of Water Droplets on an Ellipsoid with Fineness Ratio 10 in Axisymmetric Flow. NACA-TN-3147, 1954. ntrs.nasa.gov
  167. Brun, Rinaldo J., Gallagher, Helen M., and Vogt, Dorothea E.: Impingement of Water Droplets on NACA 65A004 Airfoil at 8° Angle of Attack. NACA-TN-3155, 1954. ntrs.nasa.gov
  168. Coles, Willard D., and Ruggeri, Robert S.: Experimental Investigation of Sublimation of Ice at Subsonic and Supersonic Speeds and its Relation to Heat Transfer. NACA-TN-3104, 1954. ntrs.nasa.gov
  169. Coles, Willard D., and Ruggeri, Robert S.: Experimental Investigation of Sublimation of Ice at Subsonic and Supersonic Speeds and its Relation to Heat Transfer. NACA-TN-3104, 1954. ntrs.nasa.gov
  170. Dorsch, Robert G., and Brun, Rinaldo J.: Variation of Local Liquid-Water Concentration about an Ellipsoid of Fineness Ratio 5 Moving in a Droplet Field. NACA-TN-3153, 1954. ntrs.nasa.gov
  171. Dorsch, Robert G., Brun, Rinaldo J., and Gregg, John L.: Impingement of Water Droplets on an Ellipsoid with Fineness Ratio 5 in Axisymmetric Flow. NACA-TN-3099, 1954. ntrs.nasa.gov
  172. Neel, Carr B., Jr.: The Design of Air-Heated Ice-Prevention Systems. NACA-TN-3130 (Presented at the Airplane Icing Information Course the University of Michigan 1953), 1954.
  173. Neel, Carr B., Jr.: The Design of Air-Heated Ice-Prevention Systems. (Presented at the Airplane Icing Information Course the University of Michigan, April 1953). NACA-TN-3130, 1954.
  174. Serafini, John S.: Impingement of Water Droplets on Wedges and Double-Wedge Airfoils at Supersonic Speeds. NACA-TR-1159, 1954. (Supersedes NACA-TN-2971.) ntrs.nasa.gov
  175. von Glahn, Uwe H.: Icing Conditions to be Expected in Operation of High-Speed, High-Altitude Airplanes NACA Conference on Some Problems of Aircraft Operation. NASA-TM-82265, 1954. books.google.com
  176. von Glahn, Uwe H.: Some Considerations of the Need for Icing Protection of High-Speed, High-Altitude Airplanes NACA Conference on Some Problems of Aircraft Operation. NASA-TM-82265, 1954.
  177. von Glahn, Uwe H., and Gray, Vernon H.: Effect of Ice Formations on Section Drag of Swept NACA 63A-009 Airfoil with Partial-Span Leading-Edge Slat for Various Modes of Thermal Ice Protection. NACA-RM-E53J30, 1954. ntrs.nasa.gov
  178. Bowden, Dean T.: Investigation of Porous Gas-Heated Leading-Edge Section for Icing Protection of a Delta Wing. NACA-RM-E54I03, 1955. ntrs.nasa.gov
  179. Brun, Rinaldo J., and Dorsch, Robert G.: Variation of Local Liquid-Water Concentration about an Ellipsoid of Fineness Ratio 10 Moving in a Droplet Field. NACA-TN-3410, 1955. ntrs.nasa.gov
  180. Brun, Rinaldo J., Lewis, William, Perkins, Porter J., and Serafini, John S.: Impingement of Cloud Droplets and Procedure for Measuring Liquid-Water Content and Droplet Sizes in Supercooled Clouds by Rotating Multicylinder Method. NACA-TR-1215, 1955. (Supersedes NACA TN’s 2903, 2904, and NACA-RM-E53D23) ntrs.nasa.gov
  181. Brun, Rinaldo J., and Vogt, Dorothea E.: Impingement of Water Droplets on NACA 65A004 Airfoil at 0° Angle of Attack. NACA-TN-3586, 1955. ntrs.nasa.gov
  182. Coles, Willard D.: Icing Limit and Wet-Surface Temperature Variation for Two Airfoil Shapes under Simulated High-Speed Flight Conditions. NACA-TN-3396, 1955. ntrs.nasa.gov
  183. Dorsch, Robert G., Saper, Paul G., and Kadow, Charles F.: Impingement of Water Droplets on a Sphere. NACA-TN-3587, 1955. ntrs.nasa.gov
  184. Neel, Carr B., Jr.: A Heated-Wire Liquid-Water-Content Instrument and Results of Initial Flight Tests in Icing Conditions. NACA-RM-A54I23, 1955. ntrs.nasa.gov
  185. Perkins, Porter J.: Statistical Survey of Icing Data Measured on Scheduled Airline Flights over the United States and Canada from November 1951 to June 1952. NACA-RM-E55F28a, 1955. ntrs.nasa.gov
  186. Ruggeri, Robert S.: Preliminary Data on Rain Deflection from Aircraft Windshields by Means of High Velocity Jet-Air Blast. NACA-RM-E55E17a, July 25, 1955. ntrs.nasa.gov
  187. Ruggeri, Robert S., and Lewis, James P.: Investigation of Heat Transfer from a Stationary and Rotating Conical Forebody. NACA-TN-4093, October 1, 1955. ntrs.nasa.gov

  188. von Glahn, Uwe H., Gelder, Thomas F., and Smyers, William H., Jr.: A Dye-Tracer Technique for Experimentally Obtaining Impingement Characteristics of Arbitrary Bodies and a Method for Determining Droplet Size Distribution. NACA-TN-3338, 1955. ntrs.nasa.gov

  189. von Glahn, Uwe H.: The Icing Problem, presented at Ottawa AGARD Conference. AG 19/P9, June 10-17 1955. ntrs.nasa.gov

  190. Bowden, Dean T.: Effect of Pneumatic De-Icers and Ice Formations on Aerodynamic Characteristics of an Airfoil. NACA-TN-3564, 1956. ntrs.nasa.gov
  191. Brun, Rinaldo J.: Cloud-Droplet Ingestion in Engine Inlets with Inlet Velocity Ratios of 1_0 and 0_7. NACA-TR-1317 (supersedes NACA-TN-3593), 1956. ntrs.nasa.gov
  192. Gelder, Thomas F., Smyers, William H., Jr., and von Glahn, Uwe H.: Experimental Droplet Impingement on Several Two-Dimensional Airfoils with Thickness Ratios of 6 to 16 Percent. NACA-TN-3839, 1956. ntrs.nasa.gov
  193. Gray, Vernon H., and von Glahn, Uwe H.: Heat Requirements for Ice Protection of a Cyclically Gas-Heated, 36 Swept Airfoil with Partial-Span Leading-Edge Slat. NACA-RM-E56B23, 1956. ntrs.nasa.gov
  194. Hacker, Paul T.: An Oil-Stream Photomicrographic Aeroscope for Obtaining Cloud Liquid-Water Content and Droplet Size Distribution in Flight. NACA-TN-3592, 1956. ntrs.nasa.gov
  195. Hacker, Paul T., Saper, Paul G., and Kadow, Charles F.: Impingement of Droplets in 60° Elbows with Potential Flow. NACA-TN-3770, 1956. ntrs.nasa.gov
  196. Lewis, William, and Brun, Rinaldo J.: Impingement of Water Droplets on a Rectangular Half Body in a Two-Dimensional Incompressible Flow Field. NACA-TN-3658, 1956. ntrs.nasa.gov
  197. Lewis, James P., and Ruggeri, Robert S.: Investigation of Heat Transfer from a Stationary and Rotating Ellipsoidal Forebody of Fineness Ratio 3. NACA-TN-3837, 1956. ntrs.nasa.gov
  198. von Glahn, Uwe H.: Use of Truncated Flapped Airfoils for Impingement and Icing Tests of Full-Scale Leading-Edge Sections. NACA-RM-E56E11, 1956. ntrs.nasa.gov
  199. Brun, Rinaldo J., and Vogt, Dorothea E.: Impingement of Cloud Droplets on 36_5-Percent-Thick Joukowski Airfoil at Zero Angle of Attack and Discussion of Use as Cloud Measuring Instrument in Dye-Tracer Technique. NACA-TN-4035, 1957. ntrs.nasa.gov
  200. Gelder, Thomas F.: Total Pressure Distortion and Recovery of Supersonic Nose Inlet with Conical Centerbody in Subsonic Icing Conditions. NACA-RM-E57G09, 1957. ntrs.nasa.gov
  201. Gray, Vernon H.: Correlation of Airfoil Ice Formations and Their Aerodynamic Effects With Impingement and Flight Conditions. SAE preprint No. 225 (paper presented at SAE National Aeronautics Meeting), October 1957. archive.org.
  202. Gray, Vernon H., and von Glahn, Uwe H.: Aerodynamic Effects Caused by Icing of an Unswept NACA 65A004 Airfoil. NACA-TN-4155, 1958. ntrs.nasa.gov

  203. Lewis, James P., and Ruggeri, Robert S.: Experimental Droplet Impingement on Four Bodies of Revolution. NACA-TN-4092, 1957. ntrs.nasa.gov

  204. Perkins, Porter J., Lewis, William, and Mulholland, Donald R.: Statistical Study of Aircraft Icing Probabilities at the 700- and 500- Millibar Levels over Ocean Areas in the Northern Hemisphere. NACA-TN-3984, 1957.

  205. Gelder, Thomas F.: Droplet Impingement and Ingestion by Supersonic Nose Inlet in Subsonic Tunnel Conditions. NACA-TN-4268, 1958. ntrs.nasa.gov
  206. Gray, Vernon H.: Correlations Among Ice Measurements, Impingement Rates, Icing Conditions and Drag Coefficients for an Unswept NACA 65A004 Airfoil. NACA-TN-4151, 1958. ntrs.nasa.gov
  207. Lewis, William, and Perkins, Porter J.: A Flight Evaluation and Analysis of the Effect of Icing Conditions on the PG-2 Airship. NACA-TN-4220, 1958. ntrs.nasa.gov
  208. Perkins, Porter J.: Icing Frequencies Experienced During Climb and Descent by Fighter-Interceptor Aircraft. NACA-TN-4314, 1958. ntrs.nasa.gov
  209. Perkins, Porter J.: Summary of Statistical Icing Cloud Data Measured Over United States and North Atlantic, Pacific, and Arctic Oceans During Routine Aircraft Operations. NASA Memo 1-19-59E, 1959. archive.org
  210. Gray, Vernon H.: Prediction of Aerodynamic Penalties Caused by Ice Formations on Various Airfoils. NASA-TM-D-2166, 1964. archive.org

The four publications that I could not find copies of are:

  • Two references to NASA-TM-X-54700, which purportedly documents the “Compilation of the Paper Presented at NACA Conference on Some Problems of Aircraft Operation". However, the citation NASA-TM-X-54700 appears to be an error, as on the ntrs it is listed as “Space radiation- a compilation and discussion”. The “Compilation of the Paper Presented at NACA Conference on Some Problems of Aircraft Operation" is available as a print book.
    • von Glahn, Uwe H.: "Some Considerations for the Need of Icing Protection of High-Speed, High-Altitude Airplanes", NACA Conference on Some Problems of Aircraft Operation. NASA-TM-82265, 1954. books.google.com
      • The NTRS link does not have a file download available.
    • Gray, Vernon H.: "Icing Conditions to be Expected in Operation of High-Speed, High-Altitude Airplanes". NACA Conference on Some Problems of Aircraft Operation. NASA-TM-82266, 1954.
      • The NTRS link does not have a file download available.
  • Gray, Vernon H.: "Correlation of Airfoil Ice Formations and Their Aerodynamic Effects With Impingement and Flight Conditions". SAE preprint No. 225 (paper presented at SAE National Aeronautics Meeting), October 1957.
    • The NTRS link does not have a download available.
    • It is available for purchase from the SAE.
    • this appears to be similar to 3
  • Gray, Vernon H.: "Heat Requirements for Ice Prevention on Gas-Heated Propellers". SAE preprint No. 424 (paper presented at SAE Annual Meeting), 1950.
    • The NTRS link does not have a download available.
    • It is available for purchase from the SAE.

Back to the Introduction

Related

See also Hard to Find Publications

Notes:

  1. "Selected Bibliography of NACA-NASA Aircraft Icing Publications" ↩↩↩↩

  2. https://ntrs.nasa.gov/ ↩

  3. Gray, Vernon H.: Correlations Among Ice Measurements, Impingement Rates, Icing Conditions and Drag Coefficients for an Unswept NACA 65A004 Airfoil. NACA-TN-4151, 1958. ntrs.nasa.gov ↩

social