Type of Document Dissertation Author Hoehn, William Kenneth URN etd-05222007-091411 Title A deterministic concurrent product, production, and capacity planning model for design, manufacture, and support Degree PhD Department Industrial and Systems Engineering Advisory Committee
Advisor Name Title Fabrycky, Wolter J. Committee Chair Midkiff, Scott F. Committee Chair Blanchard, Benjamin S. Jr. Committee Member Koelling, Charles Patrick Committee Member Sullivan, William G. Committee Member Keywords
- Production engineering
Date of Defense 1994-02-01 Availability restricted AbstractThis research shows that a model that concurrently determines product, production, and capacity can provide better results than a model that makes these decisions sequentially. Three versions of a life-cycle complete concurrent model and corresponding sequential model that solve product, production, and capacity planning problems are mathematically formulated and compared through an hypothetical example.
All versions of the concurrent and sequential models consider three types of work centers and corresponding types of capital budgeting projects.
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