Momentum Governing Equations - Revision history

Admin: Created page with "{{Stub}} The momentum governing equation can be obtained from Reynolds Transport Theorem by setting $B$ equal to the momentum, $B = \rho \boldsymbol{v}$
2010-11-08T00:39:49Z

Created page with "{{Stub}} The momentum governing equation can be obtained from Reynolds Transport Theorem by setting <math>B</math> equal to the momentum, <math> B = \rho \boldsymbol{v} </m..."

New page
{{Stub}}

The momentum governing equation can be obtained from [[Reynolds Transport Theorem]] by setting <math>B</math> equal to the momentum,

<math>
B = \rho \boldsymbol{v}
</math>

where <math>\boldsymbol{v}</math> is the mass-average velocity of the fluid.

The material volume associated with the momentum is denoted <math>V_{\rho v}^{M}</math> and is the control volume that moves such that the net flux of momentum across its surface is zero. The surface bounding this material volume is <math>S_{\rho v}^{M}</math>.

The velocity at which this material volume moves is <math>\boldsymbol{v}</math>, the mass-average volume

{{GoverningEquations}}