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Motion of a Fluid Particle (Kinematics)

Introduction to Fluid Mechanics - Union Collegeantipasto.union.edu/~andersoa/mer332/Flui… · PPT file · Web view · 2005-04-05Title: Introduction to Fluid Mechanics Subject:

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Page 1: Introduction to Fluid Mechanics - Union Collegeantipasto.union.edu/~andersoa/mer332/Flui… · PPT file · Web view · 2005-04-05Title: Introduction to Fluid Mechanics Subject:

Motion of a Fluid Particle (Kinematics)

Page 2: Introduction to Fluid Mechanics - Union Collegeantipasto.union.edu/~andersoa/mer332/Flui… · PPT file · Web view · 2005-04-05Title: Introduction to Fluid Mechanics Subject:

Motion of a Fluid Particle (Kinematics)

Rotation

Page 3: Introduction to Fluid Mechanics - Union Collegeantipasto.union.edu/~andersoa/mer332/Flui… · PPT file · Web view · 2005-04-05Title: Introduction to Fluid Mechanics Subject:

Fig 1. Results of a CFD calculation of flow impinging on a block (a) streamlines, (b)velocity vector plot of upper half of the flow and (c) velocity vector plot, close up view revealing more details.

Vorticity

Page 4: Introduction to Fluid Mechanics - Union Collegeantipasto.union.edu/~andersoa/mer332/Flui… · PPT file · Web view · 2005-04-05Title: Introduction to Fluid Mechanics Subject:

Fig 3. Contour plots of the vorticity field due to flow impinging on a block as produced by a CFD simulation. Only the upper half is due to symmetry. Dark regions represent large negative vorticity and light regions represent large positive vorticity.

Fig 2. Contour plots of the pressure field due to flow impinging on a block as produced by a CFD simulation.

Vorticity