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Models Primarily Dependent on the Reynolds Number
Design, construction, and operation of models of closed-conduit fluid systems, and interpretation of test data; viscous and inertia forces in flowing fluids of such models, and hence Reynolds number, are predominant factors; general rules for model size, construction, instrumentation, operating Reynolds number ranges, and data analysis are given.
Models Primarily Dependent on the Reynolds Number
Design, construction, and operation of models of closed-conduit fluid systems, and interpretation of test data; viscous and inertia forces in flowing fluids of such models, and hence Reynolds number, are predominant factors; general rules for model size, construction, instrumentation, operating Reynolds number ranges, and data analysis are given.
Models Primarily Dependent on the Reynolds Number
Simmons, W. P. (author)
Journal of the Hydraulics Division ; 86 ; 59-74
2021-01-01
161960-01-01 pages
Article (Journal)
Electronic Resource
Unknown
Models primarily dependent on Reynolds number
| Engineering Index Backfile | 1960
Models Primarily Dependent on the Reynolds Number
| ASCE | 2021