作者：
HIGGINS, JAGARVEY, JJHiggins
who is the Chief Office of Advanced Development MarAd is presently responsible for those areas of research and development that have to do with developing new ship design techniques improved shipbuilding methods and systems analysis programs leading to improved marine transportation systems. He has held responsible research positions with Maritime Administration since 1956. His previous experience includes six years at the David Taylor Model Basin sea duty with the Navy during World War II and six years shipyard experience. He is a graduate of the Newport News Shipbuildings and Dry Dock Company Apprentice School has mechanical and industrial engineering degrees from Virginia Polytechnic Institute and has done graduate work in naval architecture at M. I. T. and transportation economics at American University. Garvey
a CMX Project Engineer for the Maritime Administration has been with the MarAd Office of Research and Development since 1968. Prior to that he was with the Office of Ship Construction Foster Wheeler Marine Department and the U. S. Navy. He graduated from the U. S. Merchant Marine Academy with a B. S. degree in 1956 and from Fairleigh Dickinson University in 1965 with an M. B. A.
作者：
Leonardy, S.P.The Author is a mechanical engineering graduate from the University of Florida. He is a registered professional engineer in Florida and Virginia
and is listed in “Who's Who in the South and Southwest.'' Mr. Leonardy is active in engineering circles. He is past chairman of the Eastern Virginia Section of the American Society of Mechanical Engineers. He has presented numerous technical papers covering a wide variety of subjects. He has eighteen years experience in engineering and technical management in government and industry including supervisory engineering positions at the Naval Ordnance Plant in Macon Georgia and the Naval Weapons Station at Yorktown Virginia. The diversity of his work ranges from munitions plants for the Chinese Nationalists Government in Taiwan to aluminum plants in Canada. He has worked with the NASA at Langley Research Center and has participated in numerous space research projects received achievement awards for his participation on the Project Fire Apollo Re-entry Program and the Langley Rocket Motor Review Board. He is currently with the Reliability and Maintainability Engineering Group of the Stanwick Corporation. He is responsible for much of the developmental work on navy contracts.
Description of Problem Identification program (PIP) developed by Naval Ship systems Command;it uses maintenance data bank, and provides programs to retrieve and sort data, which are analyzed by experienced engineers;c...
详细信息
Description of Problem Identification program (PIP) developed by Naval Ship systems Command;it uses maintenance data bank, and provides programs to retrieve and sort data, which are analyzed by experienced engineers;closed loop communications system between Fleet, Type Commands, Tech Codes, and program Management, and program Control are provided;problems may result from such factors as design deficiencies, poorly written technical manuals, lack of repair parts, lack of diagnostic capability, operating requirements, or environmental conditions;examples and sample analysis reports are included.
作者：
COCHRANE, RLUSNThe author is a graduate of the U. S. Naval Academy
Class of 1940 and has a Master's Degree in Mechanical Engineering from Massachusetts Institute of Technology. Captain Cochrane served in a number of key gunnery and torpedo billets afloat and ashore during and after World War II. In recent years he has been Director of the TARTAR Missile Program in the Bureau of Naval Weapons commander USS CAVALIER (APA-37) served in the Office of DCNO (Fleet Operations and Readiness) and commanded Amphibious Squadron 7 prior to assuming his present billet. He is now Director of the Plans and Programs Division in the Surface Warfare Systems Directorate of NAVORD.
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