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Efficient solution method for quasi two-dimensional model of water hammer
An existing solution method for the quasi two-dimensional model of transient flow in pipes has already been recognized as accurate, robust, and consistent with the physics. Its main disadvantage – numerical inefficiency, has recently been considerably reduced by introducing an improved solution procedure. This paper proposes a new and even more efficient solution procedure. The proposed method gives results that match the results of existing methods, but requires approximately 10% less central processing unit time than the improved procedure.
Efficient solution method for quasi two-dimensional model of water hammer
An existing solution method for the quasi two-dimensional model of transient flow in pipes has already been recognized as accurate, robust, and consistent with the physics. Its main disadvantage – numerical inefficiency, has recently been considerably reduced by introducing an improved solution procedure. This paper proposes a new and even more efficient solution procedure. The proposed method gives results that match the results of existing methods, but requires approximately 10% less central processing unit time than the improved procedure.
Efficient solution method for quasi two-dimensional model of water hammer
Korbar, Radoslav (author) / Virag, Zdravko (author) / Šavar, Mario (author)
Journal of Hydraulic Research ; 52 ; 575-579
2014-07-04
5 pages
Article (Journal)
Electronic Resource
English
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