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SAE AIR4015 Revision D, March 1, 2013
Icing Technology Bibliography
Description / Abstract:
This Icing Technology Bibliography is a compendium of references
from the open literature that were published prior to the original
1987 issuance of the AIR, including both national and foreign
sources. Due to the generality of the subject, and the difficulty
of fully investigating every available source, the Bibliography in
this document is not intended to be complete.
Purpose
The main purpose of the lcing Technology Bibliography is to present in one location all the significant documented icing work of various institutions and organizations throughout the world through 1986.
The principal sources for the bibliography are as follows:
a. Bibliography of Unclassified National Research Council of Canada Aircraft Icing Reports and Publications.
b. K. D. Korkan, "Compendium of Aircraft Anti-Ice/De-Ice/Ice References." Private Communication, Texas, 1983.
c. U. H. Von Glahn, "Selected Bibliography of NACA-NASA Aircraft Icing Publications. "NASA TM81651, 1981.
d. Maureen Wong, reference Dept, National research Council, Ottawa, Canada.
e. R. J. Shaw, "Report Bibliography for Icing Research Office." Private Communication, NASA Lewis Research Center, Cleveland, Ohio, May 1985.
f. J. B. Werner, "Ice Protection Investigation for Advanced Rotary Wing Aircraft. "Bibliography prepared under Contract DAAJO2-72-0054, USAAMRDL Technical Report 73-38, Lockheed-California Company, Burbank, California, August 1973.
g. Dowty Rotol Limited, Gloucester, England.
h. As provided by the members of the Aircraft Icing Technology Subcommittee.
Although other principal sources do exist with regards to icing references such as the Defense Documentation Center (DDC) and the National Technical Information Service (NTIS), this document complements these types of sources by supplying information regarding the initial search by sub-topics, appropriate key words, and documents possibly not contained in these sources.
The lcing Bibliography, consisting of approximately 2000 references, is subdivided into 26 different categories according to subject and/or title, and is organized in such a way single reference may result in multiple categorization. Within the subtopics, no order as to year or alphabetical author stack has been provided.
Purpose
The main purpose of the lcing Technology Bibliography is to present in one location all the significant documented icing work of various institutions and organizations throughout the world through 1986.
The principal sources for the bibliography are as follows:
a. Bibliography of Unclassified National Research Council of Canada Aircraft Icing Reports and Publications.
b. K. D. Korkan, "Compendium of Aircraft Anti-Ice/De-Ice/Ice References." Private Communication, Texas, 1983.
c. U. H. Von Glahn, "Selected Bibliography of NACA-NASA Aircraft Icing Publications. "NASA TM81651, 1981.
d. Maureen Wong, reference Dept, National research Council, Ottawa, Canada.
e. R. J. Shaw, "Report Bibliography for Icing Research Office." Private Communication, NASA Lewis Research Center, Cleveland, Ohio, May 1985.
f. J. B. Werner, "Ice Protection Investigation for Advanced Rotary Wing Aircraft. "Bibliography prepared under Contract DAAJO2-72-0054, USAAMRDL Technical Report 73-38, Lockheed-California Company, Burbank, California, August 1973.
g. Dowty Rotol Limited, Gloucester, England.
h. As provided by the members of the Aircraft Icing Technology Subcommittee.
Although other principal sources do exist with regards to icing references such as the Defense Documentation Center (DDC) and the National Technical Information Service (NTIS), this document complements these types of sources by supplying information regarding the initial search by sub-topics, appropriate key words, and documents possibly not contained in these sources.
The lcing Bibliography, consisting of approximately 2000 references, is subdivided into 26 different categories according to subject and/or title, and is organized in such a way single reference may result in multiple categorization. Within the subtopics, no order as to year or alphabetical author stack has been provided.
SAE AIR4015 Revision D, March 1, 2013
Icing Technology Bibliography