Канал: Pallav G

Numericals on Bernoulli's equation, venturimeter,orificemeter, pitot tube

Numericals on Bernoulli's equation, venturimeter,orificemeter, pitot tube

Open and Cross Belt Drive

Open and Cross Belt Drive

EXPERIMENT NO. 10A NAME OF THE EXPERIMENT: OPERATIONAL CHARACTERISTIC OF RECIPROCATING PUMP

EXPERIMENT NO. 10A NAME OF THE EXPERIMENT: OPERATIONAL CHARACTERISTIC OF RECIPROCATING PUMP

EXPERIMENT NO. 9B NAME OF THE EXPERIMENT: OPERATIONAL CHARACTERISTIC OF FRANCIS TURBINE.

EXPERIMENT NO. 9B NAME OF THE EXPERIMENT: OPERATIONAL CHARACTERISTIC OF FRANCIS TURBINE.

NAME OF THE EXPERIMENT: OPERATIONAL CHARACTERISTIC OF PELTON TURBINE.

NAME OF THE EXPERIMENT: OPERATIONAL CHARACTERISTIC OF PELTON TURBINE.

DETERMINATION OF THE CENTRE LINE VELOCITY OF PIPE BY USING PITOT TUBE

DETERMINATION OF THE CENTRE LINE VELOCITY OF PIPE BY USING PITOT TUBE

STUDY OF FORCE VORTEX USING FORCED VORTEX APPARATUS

STUDY OF FORCE VORTEX USING FORCED VORTEX APPARATUS

STUDY OF FREE USING FREE VORTEX APPARATUS

STUDY OF FREE USING FREE VORTEX APPARATUS

STUDY OF DIFFERENT TYPES OF PIPE FLOW USING REYNOLD’S APPARATUS

STUDY OF DIFFERENT TYPES OF PIPE FLOW USING REYNOLD’S APPARATUS

STUDY OF DISCHARGE OVER TRIANGULAR NOTCH

STUDY OF DISCHARGE OVER TRIANGULAR NOTCH

STUDY OF DISCHARGE OVER RECTANGULAR NOTCH

STUDY OF DISCHARGE OVER RECTANGULAR NOTCH

STUDY OF DISCHARGE THROUGH VENTURI METER APPARATUS

STUDY OF DISCHARGE THROUGH VENTURI METER APPARATUS

STUDY OF DISCHARGE THROUGH ORIFICES USING ORIFICE METER APPARATUS

STUDY OF DISCHARGE THROUGH ORIFICES USING ORIFICE METER APPARATUS

Performance & operating characteristic of power plant

Performance & operating characteristic of power plant

Sinking fund method

Sinking fund method

EXPERIMENT NO. 3 NAME OF THE EXPERIMENT: EXPERIMENTAL VERIFICATION OF BERNOULLI’S THEOREM

EXPERIMENT NO. 3 NAME OF THE EXPERIMENT: EXPERIMENTAL VERIFICATION OF BERNOULLI’S THEOREM

Methods of determining Depreciation

Methods of determining Depreciation

Numerical on Load curve of Power Plant Engineering

Numerical on Load curve of Power Plant Engineering

NAME OF THE EXPERIMENT: DETERMINATION OF META-CENTRIC HEIGHT AND STABILITY OF FLOATING BODIES

NAME OF THE EXPERIMENT: DETERMINATION OF META-CENTRIC HEIGHT AND STABILITY OF FLOATING BODIES

Basic Terminology of Economics of Power Plant Engineering

Basic Terminology of Economics of Power Plant Engineering

Study of the hydrostatic force on a plane surface under partial and full submersion.

Study of the hydrostatic force on a plane surface under partial and full submersion.

Numerical on Hydrostatic law and Pascal law

Numerical on Hydrostatic law and Pascal law

Numerical on Newton's law of viscosity part2

Numerical on Newton's law of viscosity part2

Numerical on Newton's law of viscosity part 1

Numerical on Newton's law of viscosity part 1

Hydraulic Turbine: Kaplan Turbine

Hydraulic Turbine: Kaplan Turbine

Hydraulic Turbine: Francis Turbine

Hydraulic Turbine: Francis Turbine

Hydraulic Turbine: Numerical on Pelton Wheel

Hydraulic Turbine: Numerical on Pelton Wheel

Hydraulic Turbine: Classification of turbine, Pelton Wheel

Hydraulic Turbine: Classification of turbine, Pelton Wheel

Centrifugal Pump: Numerical

Centrifugal Pump: Numerical

Centrifugal Pump: Introduction, work done, efficiency

Centrifugal Pump: Introduction, work done, efficiency

Mechanical Engineering Department,ADBU

Mechanical Engineering Department,ADBU

Transportation Model: Modified Distribution Method

Transportation Model: Modified Distribution Method

Transportation Model: Vogel's Approximation Method

Transportation Model: Vogel's Approximation Method

Transportation Model:Initial basis feasible solution

Transportation Model:Initial basis feasible solution

Reciprocating Pump: Numerical

Reciprocating Pump: Numerical

Reciprocating Pump: Introduction

Reciprocating Pump: Introduction

Dual Simplex method

Dual Simplex method

Dimensional analysis: Buckingham's pi theorem

Dimensional analysis: Buckingham's pi theorem

Dimensional analysis: Introduction and Rayleigh's method

Dimensional analysis: Introduction and Rayleigh's method

Assignment model: Using Hungarian method

Assignment model: Using Hungarian method

Boundary Layer Theory: Numerical to analyse the Displacement, Momentum, Energy Thickness

Boundary Layer Theory: Numerical to analyse the Displacement, Momentum, Energy Thickness

Boundary Layer Theory: Displacement, Momentum, Energy Thickness

Boundary Layer Theory: Displacement, Momentum, Energy Thickness

Boundary layer theory: Introduction

Boundary layer theory: Introduction

Duality in LPP: How to construct Dual from the Primal with one suitable example

Duality in LPP: How to construct Dual from the Primal with one suitable example

Duality in LPP: Rules to construct Dual from Primal

Duality in LPP: Rules to construct Dual from Primal

Duality in L.P. Introduction

Duality in L.P. Introduction

Turbulent flow: Numerical based on Darcy-Weisbach Equation and Karman Prandtl's Velocity Equation

Turbulent flow: Numerical based on Darcy-Weisbach Equation and Karman Prandtl's Velocity Equation

Turbulent flow: Prandtl's Universal Velocity Distribution Equation

Turbulent flow: Prandtl's Universal Velocity Distribution Equation

Turbulent flow : Darcy-Weisbach Equation

Turbulent flow : Darcy-Weisbach Equation

Turbulent flow Introduction

Turbulent flow Introduction

Laminar Flow Couette flow

Laminar Flow Couette flow

Numerical on Laminar fluid flow between two parallel plates

Numerical on Laminar fluid flow between two parallel plates

Flow of Laminar fluid between two parallel plates

Flow of Laminar fluid between two parallel plates

Replacement Model, Items that deteriorate with time when value of money changes with time

Replacement Model, Items that deteriorate with time when value of money changes with time

Replacement Model, Items that deteriorate with time when value of money does not change with time

Replacement Model, Items that deteriorate with time when value of money does not change with time

Replacement Model Introduction

Replacement Model Introduction

Sequencing Processing of two jobs through m numbers of machines

Sequencing Processing of two jobs through m numbers of machines

Numerical based on 2nd law of thermodynamics

Numerical based on 2nd law of thermodynamics

Numerical on laminar flow in circular pipe part 2

Numerical on laminar flow in circular pipe part 2

Numerical on laminar flow in circular pipe Part 1

Numerical on laminar flow in circular pipe Part 1

Thermodynamics Kalvin Planck & Clausius Statements

Thermodynamics Kalvin Planck & Clausius Statements

Thermodynamics 2nd Law of thermodynamics some basic terminology

Thermodynamics 2nd Law of thermodynamics some basic terminology

Fluid Mechanics Discharge over a Triangular notch

Fluid Mechanics Discharge over a Triangular notch

Fluid Mechanics Discharge over a rectangular notch

Fluid Mechanics Discharge over a rectangular notch

Sequencing problem using Heuristic Method

Sequencing problem using Heuristic Method

Sequencing N jobs through three machines

Sequencing N jobs through three machines

Sequencing N Jobs through two machines

Sequencing N Jobs through two machines