Lec 1: Introduction of Advanced Hydraulics
Lec 2: Various Classifications of Open Channel Flows
Lec 3: Flow Classifications and Velocity Vibrations
Lec 4: Pressure Distribution
Lec 5: Equation of Continuity and Energy
Lec 6: Specific Energy and Critical Flow
Lec 7: Energy Momentum and Specific Force
Lec 8: Computational of Critical Flow Part-1
Lec 9: Computational of Critical Flow Part-2
Module 2: Lec 10: Introduction to Uniform Flow
Lec 11: Manning Equation and Normal Depth
Lec 12: Uniform Flow Computation Part 1
Lec 13: Uniform Flow in Compound Sections, Concept of Normal Slope
Lec14: Uniform Flow Approximation For Flood Discharge
Lec 15: Design of Channels For Uniform Flow
Lec 16: Design of Channels Using Uniform Flow
Lec 17: Design of Erodible Channels
Lec 18: Introduction to Gradually Varied Flows
Lec 19: Gradually Varied Flow
Lec 20: Classifications of Gradually Varied Flow
Lec 21: Classifications of Gradually Varied Flow
Lec 22: Gradually Varied Flow Profiles With Change in Bed Slopes
Lec 23: GVF Profile Properties and Transistional Depths
Lec 24: Gradually Varied Flow Computations Part-1
Lec 25: Gradually Varied Flow Computations Part-2. RK Method
Lec 26: Standard Step Method For Gradually Varied Flow Computations
Lec 27: Spatially Varied Flow
Lec 28: Features on Spatially Varied Flow
Lec 29: Rapidly varied Flow- Introduction
Lec 30: Theoritical aspects of Hydraulic Jump
Lec 31: Characteristics of Jumps in Rectangular Channel
Lec 32: Features of Hydraulic Pumps
Lec 33: Jumps as Energy Dissipators
Lec 34: Jump Controls
Lec 35: Surges (1)
Lec 36: Surges (2)
Lec 37: Channel Transitions
Lec 38: Channel Transitions Part 2
Lec 39: Channel Transition Part 3
Lec 40: Application of Momentum Principles
Lec 41: Pumps-1
Lec 42: Turbines Part -3 ( Pumps,Turbines)
Lec 43: Turbines, Cavitation
Hydrologists are traditionally concerned with the supply of water for domestic and agricultural use and the prevention of flood disasters. However, their field of interest also includes hydropower generation, navigation, water quality control, thermal pollution, recreation and the protection and conservation of nature. In fact, any intervention in the hydrological regime to fulfil the needs of the society belongs to the domain of the hydrologist.
Dr. Suresh A. Kartha ,Associate Professor (IIT Guwahati)
Associate Professor, Department of Civil Engineering, IIT Guwahati (March 2014 onwards)
(Also worked as Visiting Associate Professor in Water Engineering Management, School of Engineering and Technology, Asian Institute of Technology, Bangkok, Thailand from Sept-2015 to Dec-2015)
Assistant Professor, Department of Civil Engineering, IIT Guwahati (April 2008 - March 2014onwards)
Senior Lecturer, Department of Civil Engineering, IIT Guwahati (August 2007 to March 2008)
Project Associate Grade-I, Centre for Industrial Consultancy and Scientific Research, IIT Madras (March 2000 to November 2000)
G.M. NAWATHE BEST PAPER PRIZE in HYDRO -- 05, the annual conference conducted by Indian Society for Hydraulics (ISH) in the December 2005
BEST PAPER AWARD in the 15th Congress of Asia and Pacific Division of International Association of Hydraulic Research (APD-IAHR) in August 2006
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