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Unformatted text preview: 5. Solve steadystate fluid flow problems for incompressible, Newtonian fluids using the shell balance approach in cartesian and cylindrical coordinates. 6. Understand the physical significance of the boundary conditions on both velocity and shear stress (molecular momentum flux) commonly used at liquidsolid, liquidliquid and liquidgas interfaces. 7. Calculate the Reynolds number for flows through simple geometries. 8. Use indicial notation in simple manipulation of scalars, vectors and tensors. 9. Use the equations of change (i.e. Continuity and Motion) to setup and solve flow problems for incompressible Newtonian fluids; Identify appropriate boundary conditions. 10. Describe the physical origin of the terms that appear in the Equation of Continuity and Equation of Motion. 11. Evaluate forces exerted by fluids on solid surfaces; Determine the direction of force....
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This note was uploaded on 03/30/2009 for the course EN 540 taught by Professor Konst during the Spring '09 term at Johns Hopkins.
 Spring '09
 konst

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