Fluid Mechanics Chapter 4. Differential relations for a fluid flow
Numerical methods
1. Lizeth Paola Barrero Riaño Petroleum Enginnering Industrial University of Santander 2010
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4. Overall , the model can be represented by the functional relationship of the form: Dependent = f (independent variables, parameters, force functions ) variables
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6. Where: Q = Volumetric flow rate (m3/s or ft3/s), A = Flow area perpendicular to L (m2 or ft2), K = Hydraulic conductivity (m/s or ft/s), l = Flow path length (m or ft), h = Hydraulic head (m or ft), and D = Denotes the change in h over the path L.
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8. CHAPRA, Steven. Métodos números para ingenieros. Third edition . McGraw-Hill Editorial. 2000 Article : Conceptos básicos de modelación matemática y simulación computacional de sistemas biológicos una herramienta útil para la docencia y la investigación. Authors: Alejandro Pelaez and Sergio Mejia. CES Odontología Magazine Vol. 3 No 1.2000 http://bioen.okstate.edu/Darcy/LaLoi/basics.htm