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Equations for the conservation of mass and momentum describe the transient flow in closed conduits. These equations are usually referred to as the continuity and momentum equations. Some authors call a simplified form of the latter, the equation of motion or the dynamic equation. These equations are a set of partial differential equations since the flow velocity and pressure in transient flow are functions of time as well as distance.
Equations for the conservation of mass and momentum describe the transient flow in closed conduits. These equations are usually referred to as the continuity and momentum equations. Some authors call a simplified form of the latter, the equation of motion or the dynamic equation. These equations are a set of partial differential equations since the flow velocity and pressure in transient flow are functions of time as well as distance.
Transient-Flow Equations
Chaudhry, M. Hanif (author)
Applied Hydraulic Transients ; Chapter: 2 ; 35-64
2014-01-01
30 pages
Article/Chapter (Book)
Electronic Resource
English
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