This unit builds on Fluids Mechanics that was covered in Semester 1. Fluid mechanics provides the theoretical foundation for hydraulics, which focuses more on the engineering applications of water and other liquids. Hydraulic topics covered in this unit include practical applications in open channel flow, such as hydraulics structures, flow measurement, river channel behaviour, erosion and sedimentation. These topics would be taught using practical hand-on lab experiments, lab demonstrations and a computer based assignment. The site visit is designed to improve the student's ability to link theory (learnt in the classes) with practical real-world situations.
Pipe flow, boundary layer theory, water hammer; Open channel flow, discharge equations for uniform flow, Specific energy and critical depth, flow transitions and hydraulic jump; Gradually varied flow, classification, water surface profile evaluation; Dimensional analysis, dimensional homogeneity, Rayleigh and Buckingham pi methods, hydraulic model studies; Hydraulic structures, culverts, broad crested and crump weirs; Flow measurements, venturi meter, orifices, sharp crested weir; River hydraulics, river sediment transport and movable bed forms, estimation of sediment loads, reservoir saltation and loss of capacity, river training and control, bank stabilisation and channel maintenance.
NEF2101 - Fluid Mechanics 1
|1.||Apply concepts of hydraulics, complemented with practical laboratory based experiments, site visit and computer labs;|
|2.||Apply concepts of open channel flow to practical engineering related problems;|
|3.||Use dimensional analysis to develop relationships and also for hydraulic model similitude studies;|
|4.||Design hydraulic structures like culverts and weirs;|
|5.||Estimate sediment loads carried by rivers.|
|Report||Site visit based report - based on self selected site visit in week 9 (Report, photographs, sketches, max word limit of 1500)||10%|
|Assignment||Computer lab based assignment||15%|
|Practicum||One Lab experiment based test||15%|
Understanding Hydraulics 3rd ed.
Hamill, L. (2001)
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