Program Description

This unique course on Hydropower Structures which provides, insight into hydropower engineering, hydropower projects in India and the components of hydropower structures. The course content includes investigation of the geological and hydrological parameters in developing hydropower projects. Headworks, intake structures, spillways, water conducting system, and other miscellaneous structures in hydropower projects are explained in detail in the course. The hydraulic and structural design are worked out for various components of real-time hydropower projects. The course briefs of embankment dams (earth and rockfill dams). The logistic planning and site infrastructure development, construction methods and planning of headworks, underground works, powerhouse and shaft are discussed. This course will help the learners to develop as a hydropower engineer to build the durable and economical hydropower structures.

Course Objectives

  • To comprehend the components of hydropower structures and their Structural Behavior
  • To decide the hydropower scheme and workout the hydraulic and Structural design of suitable headworks
  • To work out the hydraulic design of river diversion scheme as per the site characteristics
  • To carryout hydraulic and structural design of Barrage, Intake structure, Head race tunnel, Pressure pipes etc

Key Highlights

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Hydropower projects.

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Storage Headwork.

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Diversion Headwork.

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Diversion Structures.

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Intake Structures.

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Water Conducting System.

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Energy dissipators.

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Hydraulic and Structural design of components.

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Tunnels, Cavern.

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Hydro and Electromechanical components.

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Construction methods and planning.

Course enrollment data

Learning Format

Online

Duration

5 Units

Certified by

IITM Pravartak Technologies Foundation
Technology Innovation Hub (TIH) of IIT Madras and
L&T EduTech

Program Fee

₹5100 (inclusive of tax)

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Program Description

Education Qualification

Students pursuing Diploma/ UG /PG Programs in Civil Engineering

Suggested Prerequisites

Fluid Mechanics and Machinery , Applied Hydraulics

Teaching Hours

28 hours

Lead Faculty

Ashutosh Mohod Engineering Manager at L&T Construction's Hydel EDRC With an M.Tech in Structural Engineering from NIT Jamshedpur.

He specializes in the design of various civil structures. Notably, he has presented a paper on "BUCKLING ANALYSIS OF COMPOSITE LAMINATED PLATE" at the Structural Engineering Convention 2014 held at IIT Chennai. Ashutosh's expertise and dedication make him a valuable asset in the realm of civil engineering, particularly in hydel projects

Learning Schedule

Introduction – History of hydropower Engineering – Hydropower projects ––Headworks and classification - Components – Diversion structures – Intake Structures – Water Conducting System – Power house Hydrology – water availability studies, design flood studies, flood routing, sediment transport, head loss through water conductor system, assessment of power potential, Geology and Geotechnical Investigation

Storage headwork - diversion Headwork – components – overflow section – non-overflow section – energy dissipators – river training works – cross drainage works Hydraulic design of dams, barrage, desilting basin

River Diversion Scheme – structural analysis – Hydraulic design of coffer dam Power Intake Structures – Hydraulic design, stability and structural analysis Head Race Tunnel – Structural Design, Surge Shaft – Hydraulic and Structural Design Pressure shaft, Head Race Tunnel - Structural Design

Tunnels and Cavern - Overview - Types of Tunneling- Ventilation- Lighting - Mucking & hauling – Safety, Power House - Components - Design steps and data collection – Design loads – Stability Analysis and Design, Miscellaneous structure in hydropower projects

Hydromechanical Components - Hydro-mechanical equipment - Introduction - Types of gates and their selection – Trash rack Electromechanical components - Main Turbine- Generator Equipment - Electrical Balance of Plant (eBoP) Equipment - Mechanical Balance of Plant (mBoP) Equipment Construction methods and planning



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