A Military Truck-Transport Model Theoretical Derivation of General Time Dependent Transfer Equations and Density Functions

The transfer equations and the density equation are developed, the truck-transport model and the appropriate two speed transfer equations are developed, the steady state intensity equations and the time-dependent equations are derived. Included is a discussion of the density, mass absorption coeffic...

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Bibliographic Details
Main Authors: Charlton, Harvey J, Neblett, John H
Format: Report
Language:English
Subjects:
CARGO VEHICLES
DENSITY
EQUATIONS
FUNCTIONS(MATHEMATICS)
GEOMETRY
LOGISTICS
MATHEMATICAL PREDICTION
MILITARY EQUIPMENT
MOBILE
RELIABILITY
Surface Transportation and Equipment
TERRAIN
TIME
TRANSPORTATION
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Summary:The transfer equations and the density equation are developed, the truck-transport model and the appropriate two speed transfer equations are developed, the steady state intensity equations and the time-dependent equations are derived. Included is a discussion of the density, mass absorption coefficient, and phase function used in the formulation of the equations. Also, the general operational significance of these quantities in ascertaining their mathematical importance and in indicating how these coefficients in practice are evaluated is included. The culminating equations are the time-dependent density equations.