Andere Kunden interessierten sich auch für
![Chromate Content Bias as a Function of Particle Size in Aircraft Primer Paint Overspray]( "Chromate Content Bias as a Function of Particle Size in Aircraft Primer Paint Overspray")
Chromate Content Bias as a Function of Particle Size in Aircraft Primer Paint Overspray63,99 €![Requirements-Based Methodology for Determining Age Inventory Levels]( "Requirements-Based Methodology for Determining Age Inventory Levels")
Requirements-Based Methodology for Determining Age Inventory Levels64,99 €![Containerized Ammunition Delivery System in the Republic of Korea: A Study to Determine the Shortfalls and Logistical Infrastructure Requirements]( "Containerized Ammunition Delivery System in the Republic of Korea: A Study to Determine the Shortfalls and Logistical Infrastructure Requirements")
Containerized Ammunition Delivery System in the Republic of Korea: A Study to Determine the Shortfalls and Logistical Infrastructure Requirements63,99 €![Analysis of Cost Growth in U.S. Air Force Base Support Function Contracts]( "Analysis of Cost Growth in U.S. Air Force Base Support Function Contracts")
Analysis of Cost Growth in U.S. Air Force Base Support Function Contracts64,99 €![A Comparison of the Heft Subsurface and Delfic Particle Size Distributions and Effects in HPAC]( "A Comparison of the Heft Subsurface and Delfic Particle Size Distributions and Effects in HPAC")
A Comparison of the Heft Subsurface and Delfic Particle Size Distributions and Effects in HPAC63,99 €![Small Arms Ammunition Production and Acquistion Strategy for the US Army]( "Small Arms Ammunition Production and Acquistion Strategy for the US Army")
Small Arms Ammunition Production and Acquistion Strategy for the US Army64,99 €![Forecasting Fuel Consumption Requirements for the Air Force Flying Hour Program Using Pooled Time Series Analysis]( "Forecasting Fuel Consumption Requirements for the Air Force Flying Hour Program Using Pooled Time Series Analysis")
Forecasting Fuel Consumption Requirements for the Air Force Flying Hour Program Using Pooled Time Series Analysis63,99 €
Fundamental to military planning is accurate prediction of ammunition requirements to support combat operations. Although this is a recognized fact, it is an area of planning with many uncertainties, misconceptions, and a widespread lack of understanding. In dealing with this general problem, this thesis addresses the more specific problem of the relationship of ammunition requirements as a function of the size of the force under consideration. A methodology which relates ammunition requirements to the size of the force in terms of the number of weapons of a given type in the force is proposed. A modification of the Delphi method is applied to determine the validity of the results of the application of the methodology. The research effort does not attempt to validate or refute ammunition consumption rates contained in current Department of the Army documents which contain ammunition consumption rates for planning purposes such as FM 101-10-1 and SB 38-26. The research assumes the validity of the given rates and uses these rates as the limiting values of the methodology. The author concludes that the intended purpose of the research has been accomplished and the methodology does provide useful data for predicting ammunition requirements as a function of force size.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.