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Showing posts from 2018

December 12, 2018

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My Performance for the semester Nov.2018

November 08, 2018

Solved Problem based on Reciprocating Pump(2) - M4.30 FMM in Tamil

October 29, 2018

Derive an Expression for Pr. Head due to Acceleration - M4.23 Fluid Mech...

October 29, 2018

Compare Centrifugal and Reciprocating pump - M4.28 Fluid mechanics in Tamil

October 29, 2018

Derive an expression for Pressure Head due to acceleration in pipes - M4...

October 29, 2018

Give the Expression for Discharge and workdone in a reciprocating pump -...

October 29, 2018

Give the Expression for Discharge and workdone in a reciprocating pump -...

October 29, 2018

Define: Slip,Percentage Slip and Negative Slip - M4.21 Fluid mechanics i...

October 29, 2018

Describe Double Acting Reciprocating Pump - M4.20 Fluid mechanics in Tamil

October 29, 2018

Describe the working of a Single acting Reciprocating pump - M4.19 FMM i...

October 29, 2018

Define the term: Reciprocating Pump. Classify them.

October 29, 2018

Solved Problem based on Centrifugal Pump (4) - M4.17 Fluid Mechanics in ...

October 29, 2018

Solved Problem based on Centrifugal Pump (2) - M4.15 Fluid Mechanics in ...

October 27, 2018

Solved Problem based on Centrifugal Pump (1) - M4.14 Fluid Mechanics in ...

October 27, 2018

Define and Explain NPSH in Centrifugal Pump - M4.13 Fluid mechanics in T...

October 26, 2018

Describe Maximum Suction Head in Centrifugal Pump - M12 FMM in Tamil

October 26, 2018

Define and Explain Priming - M4.10 Fluid Mechanics in Tamil.

October 25, 2018

Briefly Explain Cavitation in Pumps -M4.11 Fluid Mechanics in Tamil

October 25, 2018

Define Specific Speed. And classify pumps according to Specific Speed - ...

October 25, 2018

Explain the various Performance Curves of Centrifugal Curves - M4.09 FMM...

October 25, 2018

Give Definition of Various Efficiencies related with Centrifugal Pumps ...

October 23, 2018

Give Definition of Important Heads related with Centrifugal Pumps - M4....

October 23, 2018

Describe the main parts of a centrifugal pump - M4.04 Fluid Mechanics in...

October 20, 2018

Explain the working Principle of Centrifugal Pump - M4.03 Fluid Mechanic...

October 20, 2018

Define Rotodynamic Pumps and list their types - M4.02 Fluid Mechanics A...

October 20, 2018

Define Pump and list its types - M4.01 Fluid Mechanics in Tamil

October 19, 2018

Solved Problem based on Model Analysis(3) - M3.24 Fluid Mechanics in Tamil

October 19, 2018

Solved Problem based on Model Analysis(2) - M3.23 Fluid Mechanics in Tamil

October 18, 2018

Solved Problem based on Model Analysis(1) - M3.22 Fluid Mechanics in Tamil

October 18, 2018

Solved Problem based on Buckingham Pi Theorem - M3.13 Fluid Mechanics in...

October 17, 2018

Derive the Scale Ratio for Pressure intensity and velocity - M3.21 FMM i...

October 15, 2018

Derive the Scale Ratio for Pressure intensity and velocity - M3.21 FMM i...

October 15, 2018

What are the laws on which Models are designed - M3.18 Fluid Mechanics i...

October 13, 2018

Explain the Power Transmission through pipes - M2.28 Fluid Mechanics in ...

October 12, 2018

Solved Problem based on Equivalent pipe - M2.26 Fluid Mechanics in Tamil

October 12, 2018

Solved Problem based on Compound Pipe - M2.25 Fluid Mechanics in Tamil

October 12, 2018

Step by step Procedure to Construct EGL & HGL - M2.21B Fluid Mechanics i...

October 12, 2018

Solved Problem based on EGL & HGL - M2.21A Fluid Mechanics in Tamil

October 12, 2018

Define Similitude and explain the types of similarities - M3.17 FMM in T...

October 12, 2018

State the advantages of Dimensional and Model Analysis - M3.16 FMM in Tamil

October 11, 2018

Define the terms Model, Prototype and Model Analysis - M3.15 FMM in Tamil

October 11, 2018

Discuss the methods of Dimensional Analysis - M3.10 Fluid Mechanics in T...

October 11, 2018

Define and explain Mach number - M3.09 Fluid Mechanics in Tamil

October 11, 2018

Derive and Explain Euler Number - M3.08 Fluid Mechanics in Tamil

October 10, 2018

Derive and Explain Reynolds Number - M3.07 Fluid Mechanics in Tamil

October 10, 2018

Define Dimensional Homogeneity - M3.05 Fluid Mechanics in Tamil.

October 09, 2018

List some important derived units - M3.04 Fluid Mechanics in Tamil

October 09, 2018

What are Fundamental & Derived Units - M3.03 Fluid Mechanics in Tamil

October 09, 2018

Give the uses of Dimensional Analysis - M3.02 Fluid Mechanics in Tamil

October 09, 2018

Define Dimensional Analysis and brief on the importance - M3.01 Fluid Me...

October 08, 2018

Explain Flow through Parallel pipes - M2.24 Fluid Mechanics in Tamil

October 08, 2018

What is Equivalent Pipe - M2.23 Fluid Mechanics in Tamil

October 08, 2018

Explain flow through Compound(Series) Pipes - 2.22 Fluid Mechanics in Ta...

October 08, 2018

What are HGL and EGL - M2.20 Fluid Mechanics in Tamil

October 07, 2018

Solved Problem based on Turbulent Flow (4) - M2.19 Fluid Mechanics in Tami

October 07, 2018

Solved Problem based on Turbulent Flow (3) - M2.18 Fluid Mechanics in Tamil

October 07, 2018

Solved Problem based on Turbulent Flow (2) - M2.17 Fluid Mechanics in Tamil

October 07, 2018

Solved Problem based on Turbulent Flow (1) - M2.16 Fluid Mechanics in Tamil

October 07, 2018

Describe Moody Diagram - M2.15 Fluid Mechanics and Machinery in Tamil

October 07, 2018

Relationship between the dimensions of flywheel - M1.32 DOM in Tamil.

October 05, 2018

Expression for maximum fluctuation of energy in a Flywheel - M1.31 DOM i...

October 05, 2018

Explain shear stress in Turbulent flow - M2.14 - Fluid Mechanics in Tamil

October 04, 2018

What is a Flywhell? And what are its functions? - M1.28 - DOM in Tamil

October 03, 2018

Describe Turbulent Flow and list the energy losses in pipe flow- M2.11 F...

October 03, 2018

List the uses of Turning Momyent Diagram - M1.27 Dynamics of machines in...

October 03, 2018

Explain the Turning Moment Diagram of a Multi Cylinder Engine - M1.26 DO...

October 03, 2018

Explain Turning Moment Diagram for single cylinder 4 stroke engine - M1....

October 02, 2018

Explain Turning Moment Diagram for single cylinder 4 stroke engine - M1....

October 02, 2018

Explain Turning Moment Diagram of a Steam Engine - M1.24 DOM in Tamil

October 01, 2018

What are Turning Moment Diagram - M1.23 - Dynamics of machines in Tamil

October 01, 2018

Solved Problem based on Laminar(4) - M2.10 Fluid Mechanics in Tamil

September 30, 2018

Solved Problem based on Laminar Flow (1) - M2.07 Fluid Mechanics in Tamil.

September 27, 2018

Solved Problem based on Slider Crank force analysis - M1.21 DOM in Tamil

September 26, 2018

What is Reynolds number? what are its significance? - M2.05 Fluid Mechan...

September 23, 2018

Differentiate Laminar and Turbulent Flow - M2.04 Fluid Mechanics in Tamil

September 22, 2018

Define Turbulent Flow - M2.03 Fluid Mechanics in Tamil.

September 22, 2018

Define

September 21, 2018

Differentiate Open Channel Flow and Pipe Flow - M2.01 Fluid Mechanics in...

September 19, 2018

Solved Problem - finding Velocites and Acceleration of Reciprocating pa...

September 17, 2018

What is Correction Couple - M1.15 Dynamics of Machines in Tamil

September 13, 2018

What is 'Dynamically Equivalent System'? Give conditions for the same - ...

September 13, 2018

What is Shaking Force - M1.13 Dynamics of Machines in Tamil

September 13, 2018

Give the formulae for velocity and acceleration of parts of an reciproca...

September 12, 2018

Define D'Alembert's Principle - M1.10 Dynamics of Machines in Tamil

September 11, 2018

Define some basic terms used in Dynamics of Machines - M1.09 Dynamics of...

September 11, 2018

Solved Problem based on Momentum equation - M1.51 Fluid Mechanics in Tamil

September 10, 2018

Solved Problem based on Pitot Tube - M1.50 Fluid Mechanics in Tamil

September 09, 2018

Solved Problem based on flow through Tapered Pipe - M1.48 - Fluid Mechan...

September 08, 2018

Explain Dynamic Force Analysis - M1.04 Dynamics of machines

September 07, 2018

Explain Static Force Analysis - M1.03 - Dynamics of Machines in Tamil

September 06, 2018

Solved Problem based on Venturimeter - M1.47 Fluid Mechanics in Tamil

September 06, 2018

Give an Introduction to Dynamics of Machines - M1.02 Dynamics of Machine...

September 05, 2018

Solved problem based on Manometer - M1.46 Fluid Mechanics in Tamil

September 05, 2018

Solved Problem Based on Venturimeter - M1.42 Fluid Mechanics in Tamil

September 04, 2018

Solved Problem Based on Bernoulli's Equation - M1.41 Fluid Mechanics in T

September 02, 2018

Solved Problem Based on Bernoulli's Theorem - M1.40 Fluid Mechanics in T...

September 02, 2018

Solved Problem Based on Bernoulli's Theorem - M1.40 Fluid Mechanics in T...

September 01, 2018

State the Momentum Equation and Derive it - M1.49 Fluid Mechanics in Tamil

August 31, 2018

Describe Pitot Tube - M1.45 Fluid Mechanics in Tamil

August 30, 2018

Describe Orifice Meter - M1.44 Fluid Mechanics in Tamil

August 30, 2018

Describe Venturimeter - M1.43 Fluid Mechanics in Tamil

August 30, 2018

State Bernoulli's Theorem and its applications - M1.39 Fluid Mechanics i...

August 29, 2018

Derive Bernoulli's Equation for Real Fluid Flow - 1.38 Fluid Mechanics

August 28, 2018

Derive Euler's Equation of motion - M1.36 Fluid Mechanics in Tamil

August 27, 2018

Derive Continuity Equation - M1.35 Fluid Mechanics in Tamil

August 27, 2018

Concept of Stream Line - M1.31 Fluid Mechanics in Tamil

August 26, 2018

What are the energies involve in Fluid Flow Analysis - M1.33 Fluid Mecha...

August 25, 2018

Define Laminar and Turbulent Flow - M1.32 Fluid Mechanics in Tamil

August 25, 2018

Define Compressible and Uncompressible Fluid Flow - M1.31 Fluid mechanic...

August 24, 2018

Define Ideal and Real Fluid Flow - M1.29A Fluid Mechanics in Tamil

August 24, 2018

Define Steady and Unsteady Fluid Flow - M1.30 Fluid Mechanics in Tamil

August 24, 2018

Define Steady and Unsteady Fluid Flow - M1.30 Fluid Mechanics in Tamil

August 24, 2018

Types of fluid flow - M1.29 Fluid Mechanics and Machinary in Tamil

August 24, 2018

Basic Scientific Laws used in Fluid Flow Analysis - M1.28 Fluid Mechanic...

August 23, 2018

Concept of Control Volume - M1.27 - Fluid Mechanics and Machinary

August 21, 2018

Solved Problem Based on Viscosity - M1.26 - FMM in Tamil

Solved Problem(no.5) Based on Viscosity - M1.25 - FMM in Tamil

Solved Problem(no.4) Based on Viscosity - M1.24 - FMM in Tamil

Solved Problem(no.3) Based on Viscosity - M1.23 - FMM in Tamil

Solved Problem(no.2) Based on Viscosity - M1.22 - FMM in Tamil

Solved Problem(no.1) Based on Viscosity - M1.21 - FMM in Tamil

Solved Problem(no.3) Based on Viscosity - M1.17 - FMM in Tamil

Solved Problem(no.6) based on Fluid Properties - M1.20 -FMM in Tamil

Solved Problem(no.5) based on Fluid Properties - M1.19 -FMM in Tamil

Solved Problem(no.4) based on Fluid Properties - M1.18 -FMM in Tamil

Solved Problem(no.2) based on Fluid Properties - M1.16 -FMM in Tamil

Solved Problem(no.1) based on Fluid Properties - M1.15 -FMM in Tamil

Explain the Effect of Temperature on Viscosity - M1.14 - FMM in Tamil

Definition of Surface Tension - M1.11 - FMM in Tamil

Define Capillarity - M1.13 - Fluid Mechanics and Machinery in Tamil

Explain Cohesion And Adhesion - M1.12 - Fluid Mechanics & Machinery in T...

Define Compressibility and Bulk Modulus - M1.10 - FMM in Tamil

Define Cavitation - M1.09 - Fluid Mechanics in Tamil

Define Vapour Pressure - M1.08 - Fluid Mechanics and Machinery in Tamil

Definition of Newton's Law of Viscosity , Newtonian and Newtonian Fluids...

Definition of Dynamic Viscosity and Kinematic Viscosity - M1.06 - FMM in...

Definition of Density and Specific Volume - M1.05 - Fluid Mechanics and ...

Definition of Dimension, Fundamental units and Derived units - M1.04 - F...

Explain the behaviour of Solid and Liquid under applied force - M1.03 - ...

Define Fluide Mechanics - M1.02 - Fluid Mechanics & Machinery in Tamil

Difference between Solids and Fluids - M1.01 - Fluid Mechanics

Journey to US - travelling my passion

Analysis from Youtube - an overview

Solved Problem based on Rocket Propulsion - M5.10 - GD&JP in Tamil

Solved Problem based on Rocket Propulsion - M5.07 - GD&JP in Tamil

Explain the construction and working of Solid Propellant Engine - M5.09 ...

Explain the construction and working of Liquid Propellant Engine - M5.08...

Explain Hybrid Propellant - M5.06 - GD&JP in Tamil

Explain Solid Propellant - M5.05 - GD&JP in Tamil

Explain Liquid Propellant - M5.04 - GD&JP in Tamil

What are Monopropellant and Bipropellant - M5.03 - GD&JP in Tamil

Define Propellant and explain its Classification - M5.02 - GD&JP in Tamil

Classify Rocket Engines - M5.01 - GD

Explain the construction & working of Turbofan Engine - M4.17 - GD&JP in...

Construction and working of Turboprop Engine - 4.16 -GD

Explain the construction and working of Turbo jet Engine - M4.15 - GD&JP...

Explain the construction and working of Pulse jet Engine - M4.14 - GD&JP...

Explain Construction & Working of Ramjet Engine -M4.13 - GD&JP in Tamil

Solved Problem based on Turbojet (no.2) - M4.23 - GD&JP in Tamil

Solved Problem based on Turbojet (no.1) - M4.22 - GD

Differences between Turboprop and Turbofan engines - M4.18 - GD&JP in T...

Differences between Turbojet and Turboprop engines - M4.18 - GD&JP in T...

Differences between Ramjet and Pulsejet engines - M4.18 - GD&JP in Tamil

Differences between Ramjet and Turbojet engines - M4.18 - GD&JP in Tamil

What is Thrust Augmentation or After Burning - M4.12 - GD&JP in Tamil

What are Ram Effect and Ram Pressure of Ramjet engine - M4.11 - GD&JP in...

Main Parts of Ramjet Engine - M4.10 - GD&JP in Tamil

Expressions for important Efficiencies of Jet Propulsion - M4.08 - GD&JP...

Definition for some important terms of Jet Propulsion - M4.07 -GD&JP

Solved Problem based on Oblique Shock - M3.15 - GD&JP in Tamil

Solved Problem based on Normal Shock - M3.14 - GD

Solved Problem Based on Air Conditioning System - M5.12 - Thermal Engine...

Solved Problem Based on Refrigeration - M5.11 - Thermal Engineering in T...

Classification of Air Breathing Engines - M4.06 -GD&JP in Tamil

Classify Jet Propulsion system - M4.05 - GD&JP in Tamil

Derive an expression for TurboProp thrust - M4.04 - GD&JP in Tamil

Derivation of an expression for Jet Thrust - M4.03 -GD&JP in Tamil

Define Thrust, Monentum Thrust

Solved Problem based on Refrigeration - M5.10 - Thermal Engineering in T...

Solved Problem based on Air Compressor - M4.19 - thermal Engineering in ...

Solved Problem based on Normal Shock - M3.13 - GD&JP in Tamil

Forces Acting on an Aircraft - M4.01 - GD&JP in Tamil

Solved problem based on Normal Shock - M3.12 - GD&JP in Tamil

Solved problem based on Two stage air compressor - M4.18 - TE in Tamil

Solved problem based on Two stage air compressor - M4.17 - TE in Tamil

Solved Problem based on Single stage Compressor - M4.16 - TE in Tamil

Explain Ammonia - Water Vapour Absorption Refrigeration System - M5.05 ...

Explain Vapour Compression Refrigeration System - M5.03B - TE in Tamil

Explain the Basics of Vapour Compression Refrigeration system - M5.03A -...

Representing Normal shock in Rayleigh and Fanno lines - M3.09 - GD&JP in...

Properties Change across the Normal Shock - M3.08 - GD&JP in Tamil

Explain Prandtle Meyer Relation - M3.07 - GD&JP in Tamil

Define Strength of Shock Wave - M3.06 - GD

Solved Problem based on Fanno Flow - M2.16 - GD

Solved Problem based on Fanno Flow - M2.15 - GD&JP in Tamil

Solved problem based on Rayleigh Flow - M2.08 - GD

Application of moving Shock Wave - M3.05 - GD&JP in Tamil

The Differences between Normal Shock and Oblique Shock - M3.04 - GD&JP i...

Conditions for a normal shock to occur - M 3.03 - GD&JP in Tamil

Define Compression and Rarefaction Wave - M3.02 - GD & JPin Tamil

What sre Shock Wave, Normal Shock and Oblique Shock - M3.01 - GD

Solved Problem based on Rayleigh Flow - M2.07 - GD

Chocking in Fanno Flow - M2.14 - GD & JP in Tamil.

Explain Fanno Flow and its significance - M2.13 - GD & JP in Tamil.

Solved Problem based on Rayleigh Flow - M2.06 - GD & JP in Tamil

List the Governing fundamental Formulae for Fanno flow - M2.11- GD & JPi...

Differentiate Fanno Flow and Rayleigh Flow - 2.12 - GD & JP in Tamil

What is Fanno Flow and what are its assumptions for analysis - M2.10 -GD...

Explain Isothermal Flow with friction - M2.09 - GD

Rayleigh Flow Problem Solving Approach - M2.05 - GD&JP in Tamil

Rayleigh Flow Equations - M2.04 - Gas Dynamics and Jet Propulsion in Tamil

Governing Equations of Rayleigh Flow - M2.03 - GD&JP in Tamil

Sketch Rayleigh line in Ts plot and give the Significance - M2.02 - GD

What is Rayleigh Flow and what are the assumptions made - M2.01 - GD

Definition of Heat Factors - M5.30 - Thermal Engineering in Tamil

Define Sensible and Latent heat loads in AC load calculations - M5.29 - ...

Define Apparatus Dew Point - M5.28 - Thermal Engineering in Tamil

Define Bypass Factor and explain its effect - M5.27 - Thermal Engineerin...

List of Heat Load Components in AC cooling load Calculations - M5.26 -TE...

Centralised Air Conditioning System -M5.25 - Thermal Engineering in Tamil

Split Air Conditioning System - M5.24 - Thermal Engineering in Tamil

Unitary or Window Air Conditioning System - M5.23 - Thermal Engineering ...

Year Round Air Conditioning System - M5.22 - Thermal Engineering in Tamil

Winter Air Conditioning System - M5.21 - Thermal Engineering in Tamil

Summer Air Conditioning Hot and Dry Weather - M5.20 -Thermal Engineering...

Summer Air Conditioning for Hot and moist (wet ) weather - M5.19 - Therm...

distinguish between Summer AC and Winter AC - M5.18 - Thermal Engineerin...

Define Comfortable Air Conditioning

Factors affecting General Comfort Conditions - M5.17 - Thermal Engineeri...

Define Air Conditioning and classify them - M5.15 - Thermal Engineering ...

Define Expansion Devices and its types - M5.09 - Thermal Engineering in ...

Define Sub-Cooling and Super heating and explain their effects - M5.08 -...

Comparison of Vapour Compression and Vapour Absorption Refrigeration Sys...

Define COP and list the formulae used in Refrigeration Performance - M5....

What is Refrigerant and what are its good qualities? - M5.02 - Thermal E...

Define Refrigeration and Tonne of Refrigeration - M5.01 - Thermal Engine...

Explain the types and working of Rotary Compressor - M 4.21 - Thermal En...

Explain the conditions for minimum work done on compressior - M4.15 - TE...

Draw and explain pV diragram for a multi stage compressor - M4.14 - TE i...

Explain the need of Multistage Compressor with the help of pV diagram - ...

Definition of Perfect Inter Cooling - M4.12 - Thermal Engineering in Tamil

Working of Multi Stage Compressor with inter cooler - M4.11 - TE in Tamil

Solved Problem based on Steam Reaction Turbine (no.2) - M3.36 - TE in Tamil

Solved Problem based on Steam Reaction Turbine - M3.35 - TE in Tamil

Solved Problem Based on Impulse Steam Turbine - M 3.34 - TE in Tamil

Derivation of an expression for work done by considering clearance volum...

Expression for work done by compressor during polytropic Expansion - M 4...

Expression for work done by compressor during polytropic Expansion - M 4...

Expression for work done by compressor during Isothermal Expansion - M 4...

Explain the Important Terms related to Compressor Volume - M4.06 - TE in...

Explain the Important Terms Related to Compressor Pressures - M4.04 - TE...

Working Priciple of Single acting Single Stage Air Compressor - M 4.04 -...

Explain Single Acting and Double Acting Compressors - TE 4.03 - Thermal ...

Classify Air Compressors - M4.02 - Thermal Engineering in Tamil

Define Air Compressor and List its application - M4.01 - TE in Tamil

Solved Problem Based on Steam Impulse Turbine - TE 3.33 - Thermal Engine...

Solved Problem Based on Steam Impulse Turbine - TE 3.31 - Thermal Engine...

Important definitions and f -ormulae used in steam turbine - M3.30 - The...

Velocity Diagram of Steam Turbine - M3.29 - Thermal Engineering in Tamil

Velocity Diagram of Steam Turbine - M3.29 - Thermal Engineering in Tamil

Pressure - Velocity Compounding in Steam Turbines - M3.28 - Thermal Engi...

Describe Pressure Compounding in Steam Turbines - M3.27 - Thermal Engine...

Describe Velocity Compounding in Steam Turbines - M3.26 - Thermal Engin...

Disscus Speed Governing of Steam Turbine - M3.25 - Thermal Engineering i...

What is compounding in steam turbine and why it is needed? - M3.24 - The...

Differences between Steam Impulse turbine and Reaction Turbine - m3.23 -...

Functions of Fixed and Moving Blades in Reaction Steam Turbine - M3.22 -...

Solved Problem based on Steam Nozzle (03) - M3.14 - TE in Tamil

Solved Problem based on Steam Nozzle - M3.13 - Thermal Engineering in Tamil

Effects of Super Saturation - M3.07 - Thermal Engineering in Tamil

Engine Heat Balance Sheet - M2.67 -Thermal Engineering in Tamil.

Differences between SuperSaturated flow and Isentropic flow - M3.11 - TE...

Nozzle Efficiency - M3.10 - Thermal Engineering in Tamil

Effect of Friction in Nozzle - M3.09 - Thermal Engineering in Tamil

List the names of friction losses in Nozzle - M3.08 - Thermal Engineerin...

Describe Critical Pressure Ratio & Critical Pressure - M3.05 - Thermal E...

SuperSaturated or Metastable Flow of Stem - M3.06 - Thermal Engineering ...

SuperSaturated or Metastable Flow of Stem - M3.06 - Thermal Engineering ...

Conditions for maximum discharge in Nozzle - M3.04 - Thermal Engineering...

Solved Problem based on Engine Performance - M2.66 - Thermal Engineering...

The mass of steam discharge through nozzle - M3.03 - Thermal Engineering...

IC Engine Performance curve Speed Vs Brake SFC - M2.64 - TE in Tamil

IC Engine Performance curve Speed Vs Brake Thermal Efficiency - M2.64 - ...

IC Engine Performance Curve Speed Vs Mechanical Efficiency - M2.63 - ET...

Liquid (water) Cooling System in IC Engine - M2.62 - Thermal Engineering...

Air Cooling System in IC Engines - M2.61 - Thermal Engineering in Tamil

Types of Lubrication System in IC engines - M2.58 - Thermal Engineering ...

Viscosity Rating of Lubricants - M2.57 - Thermal Engineering in Tamil

Purpose of Cooling System in IC Engines - M2.55 - Thermal Engineering in...

Solved Problem based on Convergent Divergent Nozzle - M1.32 -GDJP in Tamil

February 28, 2018

Solved problem finding throat properties - M1.31 - GDJP in Tamil

February 28, 2018

OverView of GDJP I Unit Formulae II - M2.28 - GDJP in Tamil.

February 26, 2018

Solved Problem finding Static Temperature of airplanes - M1.27 -GDJP in ...

February 26, 2018

Overview of Formulae used in I Unit - M1.24 - GDJP in Tamil

February 24, 2018

Overview of Formulae used in I Unit - M1.24 - GDJP in Tamil

February 24, 2018

Mach number variation for variable Area - M1.23 - GDJP in Tamil.

February 23, 2018

Expression of Bernaulli Equation for compressible flow -M1.20 - GDJP in ...

February 16, 2018

Describe Mach Cone, mach Angle and Mach Wave - M1.19 - GDJP in Tamil

February 16, 2018

Define Crocco number - M1.18 - Gas Dynamics and Jet Propulsion in Tamil

February 14, 2018

Define Critical Mach number - M1.17 - Gas Dynamics and Jet Propulsion in...

February 14, 2018

Various Regions of Flow - M1.16 - Gas Dynamics and Jet Propulsion in Tamil

February 12, 2018

Compare SI engine detonation and CI engine detonation - M2.54 - Thermal ...

February 09, 2018

Describe Disel Knocking - M2.53 - Thermal Engineering in Tamil

February 09, 2018

Describe Battery Ignition (or Coil Ignition) System - M2.47 - Thermal En...

February 08, 2018

Describe Battery Ignition (or Coil Ignition) System - M2.47 - Thermal En...

February 08, 2018

Describe Battery Ignition (or Coil Ignition) System - M2.47 - Thermal En...

February 08, 2018

Describe Battery Ignition (or Coil Ignition) System - M2.47 - Thermal En...

February 08, 2018

Define Detonation or Knocking - M2.50 - Thermal Engineering in Tamil

February 07, 2018

Effect of knocking and factors affecting knocking in SI Engines- M 2.52 ...

February 07, 2018

Define Pre ignition - M 2.51 - Thermal Engineering in Tamil

February 07, 2018

Discuss Magneto Ignition System - M2.48 - Thermal Engineering in Tamil

February 06, 2018

Compare Battery Ignition System and Magneto Ignition System - M2.49 -TE ...

February 06, 2018

List the Requirements of Ignition System - M2.46 - Thermal Engineering i...

February 05, 2018

Description of Ignition System in SI engine - M2.45 - Thermal Engineerin...

February 04, 2018

Describe Diesel Injector (Nozzle) - M2.44 - Thermal Engineering in Tamil

February 04, 2018

Describe High Pressure Injection Pump for CI Engine - M2.43 - Thermal En...

February 03, 2018

CI Engine CRDI Fuel Injection System - M2.42 - Thermal Engineering in Tamil

February 02, 2018

CI Engine Unit Injector System - M2.41 - Thermal Engineering in Tamil

February 01, 2018

The requirements of a good fuel injection system for CI Engine - M2.40 -...

January 31, 2018

Types of Fuel Injection System in CI Engines - M2.39 - Thermal Engineeri...

January 31, 2018

Fuel Supply System in CI Engines - M2.38 - Thermal Engineering in Tamil

January 31, 2018

Explain the working of MPFI system - M2.37 - Thermal Engineering in Tamil

January 30, 2018

Types of Petrol Fuel Injection System - M2.36 - Thermal Engineering in T...

January 30, 2018

Types of Petrol Fuel Injection System - M2.36 - Thermal Engineering in T...

January 30, 2018

Limitations of Complete Carburetor - M2.35 - Thermal Engineering in Tamil

January 29, 2018

Altitude compensation in Complete Carburetor - M2.34 - Thermal Engineeri...

January 28, 2018

Complete Carburetor Main Metering System -M2.33 - Thermal Engineering in...

January 28, 2018

Complete carburetor Acceleration Pump Circuit - M2.32 - Thermal Engineer...

January 28, 2018

Idling and Low Speed Circuits in Complete Carburetor - M2.2.31 - TE in T...

January 28, 2018

Starting Cicuit in Complete Carburetor - M2.30 - Thermal Engineering in ...

January 27, 2018

Description of Complete Carburetor - M2.29 - Thermal Engineering in Tamil

January 27, 2018

Defects in simple Carburetor - M2.28 - Thermal Engineering in Tamil

January 27, 2018

Describe Simple Carburetor - M2.27 - Thermal Engineering in Tamil

January 27, 2018

Describe Simple Carburetor - M2.27 - Thermal Engineering in Tamil

January 27, 2018

Functions of a Carburettor - M2.26 - Thermal Engineering in Tamil

January 26, 2018

Functions of a Carburettor - M2.26 - Thermal Engineering in Tamil

January 26, 2018

Define Carburation

January 26, 2018

Comparison of Four Cycle engines and Two stroke cycle engines - M2.24 - ...

January 25, 2018

Comparison of SI & CI Engines - M2.23 - Thermal Engineering in Tamil

January 25, 2018

Comparison of SI & CI Engines - M2.23 - Thermal Engineering in Tamil

January 25, 2018

Valve Timing Diagram for CI 4S Engine - M2.21 - Thermal Engineering in T...

January 25, 2018

Working of Four Stroke cycle CI Engine - M2.19 - Thermal Engineering in ...

January 24, 2018

Working of Two Stroke CI Engine - M2.22 - Thermal Engineering in Tamil

January 20, 2018

Theoretical and Actual pV Diagram for 4S CI Engine - M2.20 - Thermal Eng...

January 20, 2018

Reference Velocities - M1.15 - Gas Dynamics and Jet Propulsion in Tamil

January 19, 2018

Stagnation Density - M1.13 - Gas Dynamics and Jet Propulsion in Tamil

January 19, 2018

Stagnation Pressure - M1.12 - Gas Dynamics and Jet Propulsion in Tamil

January 19, 2018

Stagnation Temperature - M1.11 - Gas Dynamics and Jet Propulsion in Tamil

January 19, 2018

Stagnation Enthalpy - M1.10 - Gas Dynamics and Jet Propulsion in Tamil

January 19, 2018

Stagnation State & Properties - M1.09 - Gas Dynamics and Jet Propulsion ...

January 19, 2018

Two Stroke Cycle SI Engine pV Diagram - M2.18 - Thermal Engineering in T...

January 19, 2018

Port Timing Diagram for Two Stroke SI Engine -M2.17- Thermal Engineering...

January 19, 2018

Working of Two Stroke Cycle SI Engine - M2.16 - Thermal Engineering in T...

January 18, 2018

Theoretical and Actual Valve Timing Diagram for SI Engine -M2.15 - TE in...

January 18, 2018

Theoretical and Actual Otto Cycle - M2.14 -Thermal Engineering in Tamil

January 17, 2018

Steady Flow Engergy Equation - M1.04 - Gas Dynamics & Jet Propulsion in ...

January 09, 2018

Types of Fluid Flow - M1.03 - Gas Dynamics and Jet Propulsion

January 09, 2018

IC Engine - Valves - M2.11 - Thermal Engineering in Tamil

January 08, 2018

Differentiate between Compressible and Incompressible Fluid Flow - M1.02...

January 08, 2018

Definition of 'Gas Dynamics' - M1.01 - Gas Dynamics

January 08, 2018

IC Engine - Crank Shaft - M2.12 - Thermal Engineering in Tamil

January 06, 2018

IC Engine - Connecting Rod - M2.10 - Thermal Engineering in Tamil

January 06, 2018

IC Engine - Cylinder Liners - M2.08 - Thermal Engineering in Tamil

January 05, 2018

IC Engine - Cylinder Liners - M2.08 - Thermal Engineering in Tamil

January 05, 2018

IC Engine - Head Gasket - M2.07 - Thermal Engineering in Tamil

January 05, 2018

IC Engine - Engine Head - M2.06 - Thermal Engineering in Tamil

January 05, 2018

IC Engine - Engine Block - M2.05 - Thermal Engineering in Tamil

January 05, 2018

Major Components and Systems in IC Engines - M2.04 - Thermal Engineering...

January 05, 2018

Classify IC Engines - M2.02 - Thermal Engineering in Tamil

January 04, 2018

Construction of IC engine - M 2.03 - Thermal Engineering in Tamil

January 04, 2018

Introduction of IC engines - M2.01 - Thermal Engineering in Tamil

January 04, 2018

Brayton Cycle Solved Problem (no.1) - M1.28 - Thermal Engineering in Tamil

January 04, 2018

Description of Brayton Cycle with Regeneration - M1.26 - Thermal Enginee...

January 02, 2018

Brayton Cycle Solved Problem(no.3) - M1.30 -Thermal Engineering in Tamil

January 02, 2018