A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Applications of mathematical models to study unsteady flows in ramified river or canal network
It is shown how unsteady flows in hydrographic network can be calculated by integrating Saint-Venant equations by implicit or explicit finite difference method; dams, diversion canals and similar structures and lateral runoff are dealt with by using linear flow injection. (In French with English summary)
Applications of mathematical models to study unsteady flows in ramified river or canal network
It is shown how unsteady flows in hydrographic network can be calculated by integrating Saint-Venant equations by implicit or explicit finite difference method; dams, diversion canals and similar structures and lateral runoff are dealt with by using linear flow injection. (In French with English summary)
Applications of mathematical models to study unsteady flows in ramified river or canal network
Quelques applications de modeles mathematiques a l'etude des ecoulements non permanents dans un reseau ramifie de rivieres ou de canaux
Daubert, A. (author) / Marvaud, P. (author) / Fabre, L. (author) / Margnac, A. (author)
Houille Blanche ; 22
1967
12 pages
Article (Journal)
French
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