Канал: R Buragohain

Fluid Properties

Fluid Properties

Fluid Definition and viscosity

Fluid Definition and viscosity

Contd. Modes of failure of Gravity Dam Sliding, tension and compression

Contd. Modes of failure of Gravity Dam Sliding, tension and compression

Modes of failure of a Gravity Dam , Overturning Failure

Modes of failure of a Gravity Dam , Overturning Failure

Forces acting on a gravity dam

Forces acting on a gravity dam

Types of Hydraulic Structures

Types of Hydraulic Structures

Head, power and efficiency of turbines

Head, power and efficiency of turbines

Reciprocating Pump

Reciprocating Pump

Turbines and different types

Turbines and different types

Centrifugal Pump

Centrifugal Pump

Head, power and efficiency of centrifugal pump

Head, power and efficiency of centrifugal pump

Difference between positive and non positive displacement pump

Difference between positive and non positive displacement pump

PERT (Program Evaluation and Review Technique)

PERT (Program Evaluation and Review Technique)

Central Limit Theorem

Central Limit Theorem

Uncertainties in Construction management

Uncertainties in Construction management

Hydraulics (CE321) Lecture 9.0 - Hydraulic Machines - Pumps and Turbines

Hydraulics (CE321) Lecture 9.0 - Hydraulic Machines - Pumps and Turbines

Critical Path Method Example

Critical Path Method Example

Impact of Jet on convex surface

Impact of Jet on convex surface

Impact of jet on moving plate

Impact of jet on moving plate

Critical Path Method

Critical Path Method

Lecture 8.1 Impact of Jet on Curved Surface

Lecture 8.1 Impact of Jet on Curved Surface

Hydralics (CE321) Lecture 8 - Impact of Jet on stationary flat plates

Hydralics (CE321) Lecture 8 - Impact of Jet on stationary flat plates

Construction Management - Activity Network

Construction Management - Activity Network

Hydraulics (CE321) Lecture 7 - Pipes in parallel and series

Hydraulics (CE321) Lecture 7 - Pipes in parallel and series

Construction Management (CE402) Lecture 7 - Scheduling and Resource Management - An overview

Construction Management (CE402) Lecture 7 - Scheduling and Resource Management - An overview

Hydraulics (CE321) Lecture 5 - Minor losses in pipes and type of connections

Hydraulics (CE321) Lecture 5 - Minor losses in pipes and type of connections

Construction Management (CE 402) Lecture 6 - Contract Documents and Dispute Management

Construction Management (CE 402) Lecture 6 - Contract Documents and Dispute Management

Hydraulics (CE321) Lecture 6: Hydraulic Gradient line and total energy line

Hydraulics (CE321) Lecture 6: Hydraulic Gradient line and total energy line

Construction Management Lecture 5 - Stakeholders in Construction Project and role of Civil Engineer

Construction Management Lecture 5 - Stakeholders in Construction Project and role of Civil Engineer

Examples of Pipe flow

Examples of Pipe flow

Hydraulics (CE321) Lecture 4.1 - Using Moody's Diagram

Hydraulics (CE321) Lecture 4.1 - Using Moody's Diagram

Construction Management Lecture 4 - Types of Contract

Construction Management Lecture 4 - Types of Contract

Hydraulics (CE321) Lecture 3 - Darcy Weisbach Equation

Hydraulics (CE321) Lecture 3 - Darcy Weisbach Equation

Construction Management Lecture 3 - Notice Inviting tender and award of Contract

Construction Management Lecture 3 - Notice Inviting tender and award of Contract

Hydraulics (CE321) Lecture 2 - Concept of Head loss

Hydraulics (CE321) Lecture 2 - Concept of Head loss

Construction Management - Lecture-2 Stages in Construction Project

Construction Management - Lecture-2 Stages in Construction Project

Construction Management - Lecture-1 Introduction

Construction Management - Lecture-1 Introduction

Hydraulics (CE321) Lecture 1- Introduction

Hydraulics (CE321) Lecture 1- Introduction

Laboratory Experiment for Flow over Notch

Laboratory Experiment for Flow over Notch

Laboratory Experiment on flow through Orifice and Mouthpiece

Laboratory Experiment on flow through Orifice and Mouthpiece

Laboratory Experiment on Cavitation

Laboratory Experiment on Cavitation

Reynold's Experiment

Reynold's Experiment

Laminar Flow through pipe - Hagen Poiseuille Equation

Laminar Flow through pipe - Hagen Poiseuille Equation

Laminar and Turbulent Flow

Laminar and Turbulent Flow

Notches and Weirs

Notches and Weirs

Orifice and Mouthpiece 2

Orifice and Mouthpiece 2

Orifice and Mouthpiece 1

Orifice and Mouthpiece 1

Diversion Headworks II

Diversion Headworks II

Fluid Dynamics: Application of Bernoulli's Equation

Fluid Dynamics: Application of Bernoulli's Equation

Fluid Dynamics: Equation of Motion

Fluid Dynamics: Equation of Motion

Energy dissipation by Hydraulic Jump

Energy dissipation by Hydraulic Jump

Diversion Headworks

Diversion Headworks

Fluid Kinematics 4 - Examples

Fluid Kinematics 4 - Examples

Fluid Kinematics 3 - Continuity Equation

Fluid Kinematics 3 - Continuity Equation

Spillways - Types and Energy dissipation

Spillways - Types and Energy dissipation

Seepage line in an Earthen Embankment Dam

Seepage line in an Earthen Embankment Dam

Fluid Kinematics 2 - Velocity and Acceleration

Fluid Kinematics 2 - Velocity and Acceleration

Fluid Kinematics 1 - Streamlines, Pathlines & Streaklines

Fluid Kinematics 1 - Streamlines, Pathlines & Streaklines