4. The viscosity of incompressible viscous fluid is u = 0.96m Pa s. Thevelocity field is given by:vi = k(x² – x2); v2 = -2kx1x2;V3 = 0|where k =s: At the point with coordinates (1,2, 1)m, for the plane withnormal in the direction of ê1:(a) define the excess of the normal compressive force on top of the pressure p.(b) determine the magnitude of the shear stresses.

Fluid is a substance that deform continuously under the action of shear stress no matter how small…

4. The viscosity of incompressible viscous fluid is u = 0.96m Pa s. The velocity field is given by: vi = k(xỉ – x3); v2 = -2kx1x2; v3 = 0| . At the point with coordinates (1,2, 1)m, for the plane with m s normal in the direction of ê;: (a) define the excess of the normal compressive force on top of the pressure p. (b) determine the magnitude of the shear stresses.

4. The viscosity of incompressible viscous fluid is u = 0.96m Pa s. The velocity field is given by: vi = k(xỉ – x3); v2 = -2kx1x2; v3 = 0| . At the point with coordinates (1,2, 1)m, for the plane with m s normal in the direction of ê;: (a) define the excess of the normal compressive force on top of the pressure p. (b) determine the magnitude of the shear stresses.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Course: Fluid Mechanics