I.C. ENGINES

Jul 31, 2014

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I.C. ENGINES. Practical No: 7 ( 5 May, 2014). Fuel Consumption. Objective To calculate thermal efficiency of the engine Apparatus Engine test bench Accurate measuring tank Flow meter Stop watch (min time should be not less than two minutes) . Fuel Consumption. Procedure

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I.C. ENGINES

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MEL345 I.C. ENGINES

I. INTRODUCTION: . 1. BASIC DEFINITIONS2.BRIEF HISTORY OF THE ENGINE3.DEFINITIONS OF VARIOUS TERMS USED IN ENGINES4.CLASSIFICATION OF ENGINES

446 views • 15 slides

I.C. ENGINES

I.C. ENGINES. LECTURE NO: 10 (14 Apr 2014). Fuel Spray Formation . Spray Formation. Boundary. 15 mm. 15 mm. Core. Boundary. 40 mm. 7 5 mm. Fuel Spray Formation. Fuel issues from the jet in a liquid stream

960 views • 76 slides

ALCOHOL AS AN ALTERNATIVE FUEL IN I.C ENGINES

ALCOHOL AS AN ALTERNATIVE FUEL IN I.C ENGINES . INTRODUCTION In this century, it is believed that crude oil and petroleum products will become very scarce and costly .

1.87k views • 123 slides

I.C. ENGINES Engine Testing

I.C. ENGINES Engine Testing. Practical No: 3 (24 Mar, 2014). Rigs Diesel Engine . Diesel Engine and Test B ench. Naturally aspirated 4-stroke Indirect injection Water- cooled engine Bore 190 mm Stroke 320 mm Maximum engine speed 450 rpm

687 views • 30 slides

I.C. ENGINES

I.C. ENGINES. Practical No: 3 (22 Apr, 2014). Report Writing. Title Date Object Reason for carrying out the experiment and whether it s to prove some theory Apparatus Specification of engine. Report Writing. Apparatus Specification of engine and equipment

333 views • 18 slides

I.C. ENGINES

I.C. ENGINES. LECTURE NO: 11 (21 Apr 2014). Air Required to Burn Fuel. 1 kg of H requires 8 kg O 1 kg of C requires 2.66kg O 1 kg of S requires 1kg O 1 kg of O is contained in 4.35kg air. Problem No 1.

1.05k views • 89 slides

I.C. ENGINES

I.C. ENGINES. LECTURE NO: 09 (24 Mar, 2014). Combustion Formulas. Combustion is a chemical reaction in which certain elements of the fuel combined with oxygen causing an increase in temperature of the gases Main combustion elements are Carbon Hydrogen Sulphur

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I.C. ENGINES

I.C. ENGINES. Practical No: 1 (17 Mar, 2014). Measurement of Cylinder Pressure. If your vehicle has been running roughly or losing power, there may be a lack of pressure in one or more cylinder.

326 views • 16 slides

I.C. ENGINES

I.C. ENGINES. Practical No: 6 (5 May, 2014). Morse Test. Date Objective This is one method of obtaining the indicated power P i Mechanical efficiency Friction pumping losses of an engine. Morse Test. Apparatus Engine Indicator. Morse Test. Procedure

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I.C. ENGINES

I.C. ENGINES. LECTURE NO: 07 (17 Mar, 2014). QUESTIONS. Define Cetane and Octane Number? Define Evaporation? What is rate of evaporation? What are the factors on which evaporation depends? Explain venture effect? What are the basic parts of carburator ? Explain throttle valve?

643 views • 51 slides

I.C. ENGINES

I.C. ENGINES. LECTURE NO: 06 (10 Mar, 2014). QUESTIONS. What are the types of fuels? Define Calorific Value? What are major characteristic of fuel? What are the qualities of S.I. fuels? What are the qualities of C.I . fuels ?

787 views • 43 slides

Advance I.C. Engines TAE-II Power Point Presentation

Name Of Topic: Comparison Between SI and CI Engines. Advance I.C. Engines TAE-II Power Point Presentation. Prepared By- Adneya S. Deodhar Mech.6 th Semester Sec-A Roll No- 05. Heat Engine.

331 views • 13 slides

I.C. ENGINES

I.C. ENGINES. Practical No: 4 (22 Apr, 2014). Power Brake Test. Procedure Warm up engine Increase the load Throttle wide open Adjust ignition timing to give maximum torque at the lowest speed to run the engine smoothly Note the reading. Power Brake Test. Procedure For next test

187 views • 5 slides

I.C. ENGINES

I.C. ENGINES. Practical No: 5 (22 Apr, 2014). Indicated Power P i. Indicated Power P i Date Definition of P i Is the actual power developed by the engine Burning of fuel ( Chemical Energy ) in the cylinder produces Mechanical Energy Objective

472 views • 22 slides

I.C. ENGINES

I.C. ENGINES. LECTURE NO: 13 ( 28 Apr 2014). ENGINE PERFORMANCE PARAMETERS. Indicated Thermal Efficiency Brake Thermal Efficiency Mechanical Efficiency Volumetric Effic iency Relative Efficiency Mean Effective Pressure Mean Piston Speed Specific Power Output

799 views • 32 slides

I.C. ENGINES

I.C. ENGINES. LECTURE NO: 14 (12 May 2014). AIRFLOW REQUIREMENTS. Naturally aspirated engines with throttle bodies rely on atmospheric pressure to push an air–fuel mixture into the combustion chamber vacuum created by the down stroke of a piston.

954 views • 58 slides

I.C. ENGINES

I.C. ENGINES. LECTURE NO: 15 (19 May 2014). Electronic Fuel Injection. SEQUENCE OF PRESENTATION. System Overview Fuel Delivery System The Air Induction System Electronic Control System Basic System Operation Advantages of EFI Toyota Computer Control System (TCCS)

592 views • 37 slides

Combustion of Homogeneous Mixtures in S.I. I.C. Engines

Combustion of Homogeneous Mixtures in S.I. I.C. Engines. P M V Subbarao Professor Mechanical Engineering Department. A Baby Care Engineering for A Quick & Comprehensive Phenomenon…. Engineering of Ignition. Temperature. 25  C. 0. . Type of Fuel Vs Traditional Combustion Strategy.

179 views • 16 slides

Fuel Induction to Combustion in I.C. Engines

Fuel Induction to Combustion in I.C. Engines. P M V Subbarao Professor Mechanical Engineering Department. A Quick but Comprehensive Phenomenon…. The Role of Fuel Induction System. The tasks of the fuel induction systems are; to introduce right amount of fuel @ specified schedule.

207 views • 18 slides

MEL713 – DESIGN OF I.C. ENGINES: COMPONENTS & SUB-SYSTEMS

MEL713 – DESIGN OF I.C. ENGINES: COMPONENTS & SUB-SYSTEMS. P M V Subbarao Professor Mechanical Engineering Department. Laboratory & Design Practicals …. Engine Design and Operating Parameters. Thermodynamic Parameters Define indicated, brake, and friction quantities.

272 views • 24 slides

Turbocharging of I.C. Engines

Turbocharging of I.C. Engines. P M V Subbarao Professor Mechanical Engineering Department. Going for Artificially Breathing Engines…. A Turbocharged Engine. The Primary Objective:. Matching of Turbocharger with Engine. I.C. Engines are semi-control volumes.

313 views • 25 slides

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I.C. ENGINES

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Presentation Transcript

MEL345 I.C. ENGINES

I.C. ENGINES

ALCOHOL AS AN ALTERNATIVE FUEL IN I.C ENGINES

I.C. ENGINES Engine Testing

I.C. ENGINES

I.C. ENGINES

I.C. ENGINES

I.C. ENGINES

I.C. ENGINES

I.C. ENGINES

I.C. ENGINES

Advance I.C. Engines TAE-II Power Point Presentation

I.C. ENGINES

I.C. ENGINES

I.C. ENGINES

I.C. ENGINES

I.C. ENGINES

Combustion of Homogeneous Mixtures in S.I. I.C. Engines

Fuel Induction to Combustion in I.C. Engines

MEL713 – DESIGN OF I.C. ENGINES: COMPONENTS &amp; SUB-SYSTEMS

Turbocharging of I.C. Engines

MEL713 – DESIGN OF I.C. ENGINES: COMPONENTS & SUB-SYSTEMS