Box 4
Container
Contains 77 Results:
Lane, E.W. Principles of design of stable channels in erodible material.Washington, D.C., U.S. Bureau of Reclamation, 1950
Item — Box: 4, Item: F-13
Dates:
1950
France. Port Autonome de Strasbourg. Carte du cours du Rhin de Bale à Lauterbourg; d'après les plans du Service de la Navigation du Rhin à Strasbourg.Strasbourg, 1948
Item — Box: 4, Item: F-14
Dates:
1948
U.S. Bureau of Reclamation. Probable channel width computations -- middle Rio Grande near Bernardo., 1952
Item — Box: 4, Item: F-15
Dates:
1952
U.S. Bureau of Reclamation. Project Planning Division. Sedimentation Section. A plan of channel erosion control, Five Mile Creek, Riverton Project, Wyoming.Denver, Colo., The Bureau, 1953
Item — Box: 4, Item: F-19
Dates:
1953
U.S. Army Corps of Engineers. Linton Hydraulic Laboratory. Hydraulic data pertaining to the design of rock revetment.Portland, Ore., The Laboratory, 1938
Item — Box: 4, Item: F-20
Dates:
1930-1970
Barton, James R. and Pin-Nam Lin. A study of the sediment transport in alluvial channels.Fort Collins, Colorado A M College, Civil Engineering Department, 1955
Item — Box: 4, Item: F-25
Dates:
1955
Ghetti, Augusto. Sulla forma dei profili trasversali di equilibrio degli alvei mobili, estratto dal Giornale Del Genio Civile,, Fascicolo 6, 1952
Item — Box: 4, Item: F-26
Dates:
Fascicolo 6, 1952
Kikkawa, Hideo. A method to design channel sections of the alluvial river, Journal of Research, Public Works Research Institute(Japan), Vol.1, Research paper, 8, July 1954
Item — Box: 4, Item: F-28
Dates:
8, July 1954
Chien, Ning. On the stability criterion of alluvial streams, Acta Geographica Sinica,Vol.24, No.2. Published in Japanese, May 1958
Item — Box: 4, Item: F-29
Dates:
May 1958