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The conceptual development and design of a general warehouse module for the Norfolk, Virginia area was accomplished. A life cycle cost analysis was made to furnish the Department of Defense with information to be used in a study of the service's material distribution system. The design embraced civil, mechanical, and electrical engineering aspects of the facility. Various structural schemes were investigated with regard to feasibility and flexibility within a range of building heights from 30 to 60 feet. Alternative methods of satisfying energy requirments were analyzed with the aim of maintaining specified internal environmental conditions and accommodating anticipated electrical loads. Design of an associated electrical distribution network and lighting system were included. A comprehensive discussion of fire protection considerations is also presented. The design results and economic analysis indicate: (1) a braced frame steel structure is the most cost effective structural plan, (2) purchased power is cheaper than a total energy system for the projected operating schedule, (3) a primary selective-secondary selective electrical distribution system is required, (4) fire protection costs are a significant factor in the total cost, and (5) fire protection costs are a significant factor in the total cost, and (5) a 60 foot facility has the lowest cost per 1000 cubic feet of volume. (Author)