![]() Schmidt, Ernst, and Wenner, Karl: Heat Transfer over the Circumference of a Heated Cylinder in Transverse Flow. ![]() Neel, Carr B., Jr., and Jones, Alun R.: Flight Tests of Thermal Ice-Prevention Equipment in the XB-24F Airplane.K.: An Investigation of Aircraft Heaters, VIII - A Simplified Method for the Calculation of the Unit Thermal Conductance over Wings. Kushnick, Jerome L.: Thermodynamic Design of Double-Panel, Air-Heated Windshields for Ice Prevention.Kimball, Leo B.: Icing Tests of Aircraft-Engine Induction Systems.Jones, Alun R., and Rodert, Lewis A.: Development of Thermal Ice-Prevention Equipment for the B-24D Airplane.Jones, Alun R., and Rodert, Lewis A.: Development of Thermal Ice-Prevention Equipment for the B-17F Airplane.Essex, Henry A.: De-Icing of an Aircraft Engine Induction System.K.: An Investigation of Aircraft Heaters, II - Properties of Gases. Rodert, Lewis A., and Jackson, Richard: Preliminary Investigation and Design of an Air-Heated Wing for Lockheed 12A Airplane.Rodert, Lewis A., Clousing, Lawrence A., and McAvoy, William H.: Recent Flight Research on Ice Prevention.K.: An Investigation of Aircraft Heaters, IV - Measured and Predicted Performance of Longitudinally Finned Tubes. 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. Frick, Charles W., Jr., and McCullough, George B.: A Method for Determining the Rate of Heat Transfer from a Wing or Streamline Body.C., Jr.: Survey of Aircraft Anti-icing Equipment. Rodert, Lewis A.: The Effects of Aerodynamic Heating on Ice Formations on Airplane Propellers.Jones, Robert T., and Cohen, Doris: A Graphical Method of Determining Pressure Distribution in Two-Dimensional Flow.Kantrowitz, Arthur: Aerodynamic Heating and the Deflection of Drops by an Obstacle in an Air Stream in Relation to Aircraft Icing.French Committee for the Study of Ice Formation: Report on Ice Formation on Aircraft.Findeisen, W.: Meteorological-Physical Limitations of Icing in the Atmosphere.Robinson, Russell G.: The Drag of Inflatable Rubber De-Icers.Gulick, Beverly G.: Effects of a Simulated Ice Formation on the Aerodynamic Characteristics of an Airfoil.Brun, Edmond: Distribution of Temperatures over an Airplane Wing with Reference to the Phenomena of Ice Formation.Theodorsen, Theodore, and Clay, William C.: The Prevention of Ice Formation on Gasoline Tank Vents.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.Knight, Montgomery, and Clay, William C.: Refrigerated Wind Tunnel Tests: on Surface Coatings for Preventing Ice Formation.Carroll, Thomas, and McAvoy, William H.: The Formation of Ice upon Exposed Parts of an Airplane in Flight.Carroll, Thomas, and McAvoy, William H.: The Formation of Ice upon Airplanes in Flight.Sparrow, Stanwood: "Airplane Crashes: Engine Troubles" A Possible Explanation.The 211 citations are numbered in approximate order of publication (the numbers do not correspond to the numbering in 1): Many of the citations had to be transcribed manually, so there may be still be typos. The references were added to the database, resulting in 653 unique citations. (Note that the NTRS has several abbreviations for “Gray, Vernon H.”)įor 207 of the 211 NACA icing citations (four publications were not available to follow the citations), These were resolved into the most complete name.įor example, “Gray, V.” and “Gray, V. The names of authors were abbreviated differently in various publications. On the NTRS, there are sometimes several identifiers for the same publication. In most cases, this could be resolved to a specific document, as in this case, to “Preliminary Investigation and Design of an Air-Heated Wing for Lockheed 12A Airplane” Has an incomplete document identifier, such as Some publications were written concurrently with other publications, so the citation The document identifiers such as “NACA TN 1907” were updated to the format used in the NTRS, (similar to that used in current NASA publications). The format of the citations in the NACA publications varies over the years.įor the database, the citations were updated to a consistent format similar to MLA format I also identified 78 additional NACA icing publications in the NTRS 2 that were not cited in 1. 132 were cited in “Selected Bibliography of NACA-NASA Aircraft Icing Publications” 1. I have assembled a database of 210 NACA-NASA * icing publications. SummaryĢ10 NACA icing publications were identified, and the references were included in a database. ![]() "The documents of that period were so old, however, that they were not listed in the modern computerized library search systems" 1
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