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Operational Research and Aviation Management

Part I An Introduction to Operational Research

Published online by Cambridge University Press:  04 July 2016

R. R. P. Jackson  and
P. A. Loncton
R. R. P. Jackson
Affiliation:
Business Operations Research Ltd
P. A. Loncton
Affiliation:
Business Operations Research Ltd
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Extract

It is a sign of the present needs of the aviation industry that the Twentieth British Commonwealth Lecture, delivered by Mr. J. T. Dyment, Chief Engineer of Air Canada, was devoted to “Tools of Airline Management”.

In his lecture, Mr. Dyment pointed out that competition is too keen to permit Management to continue with methods satisfactory five or ten years ago and he reviewed some typical modern tools of Management. He mentioned a wide variety of tools both for the day-by-day control of airline activities, such as crew scheduling and for such strategic problems as the nurturing of the company image presented to the public. He paid especial attention to the way in which operational research in Air Canada has been able to assist Management in raising the efficiency of the airline.

Type
Research Article
Information
The Aeronautical Journal , Volume 69 , Issue 656 , August 1965 , pp. 543 - 552
Copyright
Copyright © Royal Aeronautical Society 1965

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References

Selected References

Consulting the usual bibliographies has shown that over 200 papers on OR studies in the aviation field have been published in scientific journals. This bibliography attempts to illustrate the types of study that have been done by classifying the field into a number of topics and quoting examples of papers in each:–

1.Lathrop, J. B. OR in Aircraft Systems Design: A Vote of Confidence. AMA (American Management Association) New York, Report No. 10, pp 58-63, 1958.Google Scholar
2.Coleman, J. J.Reliability of Aircraft Structures in Resisting Chance Failure. JORSA (Journal of the Operations Research Society of America) Vol. 7, No. 5, pp 639–643, September-October 1959.Google Scholar
1.Bishop, A. B. and Rockwell, T. H.A Dynamic Programming Computational Procedure for Optimal Manpower Loading in a Large Aircraft Company. JORSA, Vol. 6, No. 6, pp 835–848, November-December 1958.Google Scholar
2.Chambers, J. C, Bond, A. F. and Leake, J. H.The Determination of Optimum Lot Sizes in the Aircraft Industry. JORSA, Vol. 6, No. 1, p 146 (abstract) January-February 1958.Google Scholar
1.Taylor, J.A Survey of OR Activity in Airlines. B-ORSA (Bulletin—Operations Research Society of America), Vol. 10, Supp 1, A2 B-39, Spring 1962.Google Scholar
2.Beckman, M. J. and Bobkoski, F.Airline Demand: An Analysis of Some Frequency Distributions. NRLQ (Naval Research Logistics Quarterly), Vol. 5, No. 1, pp 43–51, March 1958.Google Scholar
3.Lee, A. M. and Longton, P. A.Queueing Processes Associated with Airline Passenger Check-in. ORQ (Operational Research Quarterly), Vol. 10, No. 1, pp 56–71, March 1959.Google Scholar
4.Anderson, T. W., Arrow, K. and Walsh, J. E. A Mathematical Model of an Air Transportation System. R-M 224, The Rand Corporation, 7 pp, 26th August 1949.Google Scholar
5.Mccloskey, J. F. and Hanssmann, F.An Analysis of Stewardess Requirements and Scheduling for a Major Domestic Airline. NRLQ, Vol. 4, No. 3, pp 183–191, September 1957.Google Scholar
6.Brough, B. M., Problems in the Design of Automatic Seat Reservation Systems. B-ORSA, Vol. 10, Supp 1, Spring 1962.Google Scholar
1.Alberts, W. E. OR in Aircraft Maintenance. AMA Operations Research: a Basic Approach, Special Report No. 12, pp 93-98, 1956.Google Scholar
2.Brown, B. B. Characteristics of Demand for Aircraft Spare Parts. R-292, The Rand Corporation, 50 pp, July 1956.Google Scholar
3.Taylor, J. and Jackson, R. R. P.An Application of the Birth and Death Process to trie Provision of Spare Engines. ORQ, Vol. 5, No. 4, December 1954.Google Scholar
1.Bowen, E. G. and Pearcy, T.Delays in the Flow of Air Traffic. Journal of the Royal Aeronautical Society, Vol. 52, No. 448, pp 251–258, April 1948.Google Scholar
2.Bowen, E. G.OR into the Air Traffic Problem. Journal of the Institute of Navigation, Vol. 1, No. 4, pp 338–341, October 1948.Google Scholar
3.Hurst, F. V.Evaluating the Adequacy of Airport Parking Lots. JORSA, Vol. 3, No. 3, p 356 (abstract) August 1955. JORSA, Vol. 3, No. 4, pp 522-536, November 1955.Google Scholar
4.Blumstein, A.The Landing Capacity of a Runway. JORSA, Vol. 7, No. 6, pp 752–763, November-December 1959.Google Scholar
5.Lee, A. M.Some Aspects of a Control and Communication System. ORQ, Vol. 10, No. 4, pp 206–216, December 1959.Google Scholar
1.Bell, G. E.Operational Research into Air Traffic Control. Journal of the Royal Aeronautical Society, Vol. 53, No. 466, pp 965–976, October 1949.Google Scholar
2.Hans, M. W. and Jackson, A. S.Analysis of Sequencing and Scheduling Methods for an Automated Air Traffic Control System. B-ORSA, Vol. 12, Supp 2, Fall 1964.Google Scholar
1.Miser, H. J.Operations Analysis in the Postwar Air Force. JORSA, Vol. 6, No. 6, p 890 (abstract), November-December 1958.Google Scholar
2.Totschek, R.A Description of Weapons Assignment Research Model (WARM). B-ORSA, Vol. 9, Supp 1, Spring 1961.Google Scholar
1.Fulkerson, D. R. and Johnson, S. M.A Tactical Air Game. JORSA, Vol. 5, No. 5, pp 704–712, October 1957.Google Scholar
2.Leibowitz, M. L. and LmBerman, G. L.Optimal Composition and Deployment of a Heterogenous Air-Defense System. JORSA, Vol. 8, No. 3, pp 324–337, May-June 1960.Google Scholar
1.Jackson, D. R., Ramquist, A. H. and Holtz, R. A.Space Station Operational Availability Model with Cost Constraints. B-ORSA, Vol. 12, Supp 2, Fall 1964.Google Scholar
2.Leake, L. A.The Formulation of Safety Policies for Launchings of Missiles and Space Vehicles. B-ORSA, Vol. 12, Supp 2, Fall 1964.Google Scholar
1.Porter, R. A.The Usefulness of Crash-Rescue Vehicles in Aircraft Accidents. JORSA, Vol 2, No. 1, p 85 (abstract), February 1954.Google Scholar
2.Hoch, S.Operations Analysis in Air Material Command. B-ORSA, Vol. 7, Supp 2, B-77 (abstract), 1959.Google Scholar