Date of Award

9-1993

Document Type

Thesis

Degree Name

Master of Science

Abstract

This thesis produced a model of the Army airdrop segment of the Pope AFB deployment system. The original intent was to model the entire system and simulate the simultaneous deployment of the 23rd Wing and 82nd Airborne Division; however, time constraints and incomplete data forced a reduction in scope. The study provides an excellent foundation for further research into the use of simulation to develop a generalized deployment sizing model. The airdrop segment of the system was modeled using the researcher's personal observations of the system, the expertise of personnel who work within the system, and documentation of the problems and lessons learned during past large-scale deployments. The parameters determined to significantly affect system performance were modeled; those that didn't, were not. The conceptual model was validated through comparison of the conceptual model and the actual system with air transportation experts at Pope AFB. The coded model was then verified through numerous runs in test mode where coded logic was iteratively refined and sensitivity analysis that determined the model behaved as expected.

AFIT Designator

AFIT-GLM-LAL-93S-34

DTIC Accession Number

ADA273929

Comments

Presented to the Faculty of the School of Logistics and Acquisitions Management of the Air Force Institute of Technology

The authors' Vita pages are omitted.

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