Fluid mechanics and hydraulic machines : laboratory manual / by Dr. S. K. Panigrahi, Associate Professor, Department of Civil Engineering, VSSUT Burla, Odisha, India, L. Mohanty, Assistant Professor, Department of Civil Engineering, VSSUT Burla, Odisha, India, authors.

By:

Panigrahi, S. K [author.]

Contributor(s):

Mohanty, L [author.]

9789350147566

Subject(s):

DDC classification:

23 620.106078 P19 ©2023.

Contents:

Part 1 Basic Fluid Properties Themodynamic Fluid Properties, Kinematic Fluid Properties, Miscellaneous Fluid Properties Part 2 Pipe Flow Part 3 Open Channel Flow Part 4 Hydraulic Machines Hydraulic Ram, Turbines, Pumps

Summary: Though water is considered a renewable resource but practically it takes years together to be regenerated. The natural, as well as artificial recharge percentage, is quite less concerning the withdrawal amount. Hence proper planning is essential for the management of water resources so that future water scarcity issues can be resolved. To accomplish the above, we need a clear understanding of every single component involved in the design process. This begins broadly with simply closed conduits, irrigation canals, and sometimes also huge hydraulic structures. Before designing any of the above prototypes in field 1st we need to study the model basics in the laboratory so that continuous modifications can be possible within less time and economy.

Holdings
Item type	Current library	Collection	Call number	Status	Barcode
Books	College Library General Circulation Section	GC	GC 620.106078 P19 2023 (Browse shelf(Opens below))	Available	HNU004684

Includes bibliographical references.

Part 1 Basic Fluid Properties Themodynamic Fluid Properties, Kinematic Fluid Properties, Miscellaneous Fluid Properties
Part 2 Pipe Flow
Part 3 Open Channel Flow
Part 4 Hydraulic Machines Hydraulic Ram, Turbines, Pumps

Though water is considered a renewable resource but practically it takes years together to be regenerated. The natural, as well as artificial recharge percentage, is quite less concerning the withdrawal amount. Hence proper planning is essential for the management of water resources so that future water scarcity issues can be resolved.
To accomplish the above, we need a clear understanding of every single component involved in the design process. This begins broadly with simply closed conduits, irrigation canals, and sometimes also huge hydraulic structures. Before designing any of the above prototypes in field 1st we need to study the model basics in the laboratory so that continuous modifications can be possible within less time and economy.

College of Engineering and Computer Studies Bachelor of Science in Civil Engineering

In English

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