<div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/WhatsApp Image 2024-09-23 at 4.59.45 PM.jpeg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">DHARSHA SRI S </div> <div id="grdm">1</div> </div><div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/WhatsApp Image 2024-09-23 at 5.30.03 PM.jpeg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">GOPIKA M </div> <div id="grdm">1</div> </div><div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/Untitled.jpg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">DEEPA J </div> <div id="grdm">2</div> </div><div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/WhatsApp Image 2024-09-24 at 11.24.43 AM.jpeg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">KAVINESH S </div> <div id="grdm">2</div> </div><div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/WhatsApp Image 2024-09-24 at 11.28.38 AM.jpeg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">HARSITA V </div> <div id="grdm">3</div> </div>
Assignment topic is Derive the expression for shear stress and velocity distribution for the flow through circular pipe and using that derive the Hagen Poiseuille formula. and due date is 04-10-2024.
Assignment topic is 1. Explain superconductivity and list any two applications of superconductivity and due date is 03-10-2024.
Dear Students the Lecture Notes has been uploaded for the following topics:</br>Hydraulic and energy gradient, </br>Flow through pipes in series and in parallel - power transmission, </br>Boundary layer flows, boundary layer thickness, </br>Boundary layer separation, </br>Drag and lift coefficients, Problems, </br>Viscous Flow, </br>Laminar Flow, </br>Weiback Equation, </br>Moody Diagram, </br>Model Analysis, </br>Need for dimensional analysis, statement, </br>Methods of Dimensional analysis, </br>Similitude, Types of similitude, </br>Dimensionless parameters, Application of dimensionless parameters, </br>Problems
Dear Students the Youtube Video has been uploaded for the following topics:</br>Fluid Mechanics
Dear Students the Lecture Notes has been uploaded for the following topics:</br>Pumps: definition and classifications - Centrifugal pump: classifications, </br>Specific speed, efficiency and performance curves, </br>Reciprocating pump: classification, working principle, </br>Rotary pumps: working principles of gear and vane pumps, </br>Cavitations in pumps, </br>Working principle, velocity triangles, </br>Problems, </br>Indicator diagram
Dear Students the Lecture Notes has been uploaded for the following topics:</br>Energy equation, Eulers equation, application of energy equation.
Dear Students the Lecture Notes has been uploaded for the following topics:</br>Energy equation, Eulers equation, application of energy equation., </br>Hydraulic and energy gradient, </br>Flow through pipes in series and in parallel - power transmission, </br>Boundary layer flows, boundary layer thickness, </br>Boundary layer separation, </br>Drag and lift coefficients, Problems
<div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/WhatsApp Image 2024-09-23 at 4.59.45 PM.jpeg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">DHARSHA SRI S </div> <div id="grdm">1</div> </div><div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/WhatsApp Image 2024-09-23 at 5.30.03 PM.jpeg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">GOPIKA M </div> <div id="grdm">1</div> </div><div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/Untitled.jpg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">DEEPA J </div> <div id="grdm">2</div> </div><div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/WhatsApp Image 2024-09-24 at 11.24.43 AM.jpeg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">KAVINESH S </div> <div id="grdm">2</div> </div><div id="maingrade"> <div id="photor"><img src="files/CW_66d2f653644e1/gradesimg/WhatsApp Image 2024-09-24 at 11.28.38 AM.jpeg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">HARSITA V </div> <div id="grdm">3</div> </div>
Dear Students the Lecture Notes has been uploaded for the following topics:</br>Hydro turbines: definition and classifications, </br>Pelton turbine - Franci’s turbine Kaplan turbine – Working principle, </br>Velocity triangles, </br>Efficiencies -performance curve for turbines., </br>Problems on pelton wheel turbine, </br>Problems on francis turbine, </br>Problems on Kaplan turbine, </br>Specific speed
Dear Students the Lecture Notes has been uploaded for the following topics:</br>Energy equation, Eulers equation, application of energy equation., </br>Hydraulic and energy gradient, </br>Flow through pipes in series and in parallel - power transmission, </br>Boundary layer flows, boundary layer thickness, </br>Boundary layer separation, </br>Drag and lift coefficients, Problems, </br>Energy equation, Eulers equation, application of energy equation.
Dear Students the Question Bank has been uploaded for the following topics:</br>Unit 1
Dear Students the Youtube Video has been uploaded for the following topics:</br>Properties of Fluid
Assignment topic is Compute the general form of continuity equation in Cartesian coordinates. and due date is .
Dear Students the Puzzles has been uploaded for the following topics:</br>Fluid – definition, distinction between solid and fluid - Units and dimensions - Properties of fluids - density, specific weight, specific volume, specific gravity., </br>Aviation , </br>Fluid, </br>Fluid Properties
Dear Students the Resource Link has been uploaded for the following topics:</br>Fluid Mechanics and Its Applications</br>Intro to Fluid Mechanics for Engineering Students Part 1
Dear Students the Lecture Notes has been uploaded for the following topics:</br>Fluid – definition, distinction between solid and fluid - Units and dimensions - Properties of fluids - density, specific weight, specific volume, specific gravity., </br>Temperature, viscosity, compressibility, Vapour pressure, capillary and surface tension., </br>Continuity equation (one- and three-dimensional differential forms), Stream function, Velocity potential function, </br>Energy equation, Eulers equation, application of energy equation., </br>Problems on velocity and acceleration, </br>Problems on velocity potential function, </br>Problems on venturimeter, </br>Problems on orificemeter,pitot tube., </br>Fluid – definition, distinction between solid and fluid - Units and dimensions - Properties of fluids - density, specific weight, specific volume, specific gravity.
