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Lec 36 Solved Examples for Real Brayton Cycle

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Lessons List | 48 Lesson
IC Engines and Gas Turbines Introduction Video
00:06:32

IC Engines and Gas Turbines Introduction Video
Lec 1 External and Internal combustion engines Engine components SI and CI engines
00:43:53

Lec 1 External and Internal combustion engines Engine components SI and CI engines
Lec 2 Four stroke and Two stroke engines
00:42:34

Lec 2 Four stroke and Two stroke engines
Lec 3 Classification of IC engines
00:43:46

Lec 3 Classification of IC engines
Lec 4 Engine operating characteristics
00:44:38

Lec 4 Engine operating characteristics
Lec 5 Otto Diesel and Dual cycles
00:47:34

Lec 5 Otto Diesel and Dual cycles
Lec 6 Otto Diesel and Dual cycles Contd
00:55:31

Lec 6 Otto Diesel and Dual cycles Contd
Lec 7 Otto Diesel and Dual cycles Contd
01:00:17

Lec 7 Otto Diesel and Dual cycles Contd
Lec 8 Comparison between the cycles Actual cycles and their analysis
00:39:10

Lec 8 Comparison between the cycles Actual cycles and their analysis
Lec 9 Carburetor Mixture requirements
01:09:20

Lec 9 Carburetor Mixture requirements
Lec 10 Carburetor Mixture requirements Contd
00:48:56

Lec 10 Carburetor Mixture requirements Contd
Lec 11 Idling cruising and power ranges
00:49:35

Lec 11 Idling cruising and power ranges
Lec 12 Idling cruising and power ranges Contd
00:36:08

Lec 12 Idling cruising and power ranges Contd
Lec 13 CI engine injection systems
00:57:40

Lec 13 CI engine injection systems
Lec 14 SI engine injection systems
00:52:56

Lec 14 SI engine injection systems
Lec 15 Mechanical and electronic injection systems
00:49:48

Lec 15 Mechanical and electronic injection systems
Lec 16 Battery ignition systems
00:55:50

Lec 16 Battery ignition systems
Lec 17 Engine friction Lubrication systems forces on piston
01:07:16

Lec 17 Engine friction Lubrication systems forces on piston
Lec 18 Lubricating oils Thermochemistry of fuels
00:30:16

Lec 18 Lubricating oils Thermochemistry of fuels
Lec 19 IC engine fuels types requirement and characteristics Alternative Fuels
01:17:04

Lec 19 IC engine fuels types requirement and characteristics Alternative Fuels
Lec 20 Combustion in SI engines
00:48:11

Lec 20 Combustion in SI engines
Lec 21 Combustion in CI engines
00:59:55

Lec 21 Combustion in CI engines
Lec 22 CI engine injection system
00:51:52

Lec 22 CI engine injection system
Lec 23 CI engine injection system contd
01:00:48

Lec 23 CI engine injection system contd
Lec 24 Heat transfer and energy distribution
01:00:04

Lec 24 Heat transfer and energy distribution
Lec 25 Cetane and Octane number Cooling systems
00:54:12

Lec 25 Cetane and Octane number Cooling systems
Lec 26 Problems on IC engine
00:48:25

Lec 26 Problems on IC engine
Lec 27 Turbomachines Gas Turbine theory
00:37:45

Lec 27 Turbomachines Gas Turbine theory
Lec 28 Open Cycle Gas Turbine Power Plant Twin Shaft Arrangement
00:40:56

Lec 28 Open Cycle Gas Turbine Power Plant Twin Shaft Arrangement
Lec 29 Closed Cycle Multi Spool Arrangement Steam Power Plant
00:40:32

Lec 29 Closed Cycle Multi Spool Arrangement Steam Power Plant
Lec 30 Basic Thermodynamics
00:39:39

Lec 30 Basic Thermodynamics
Lec 31 Brayton Cycle Introducton and General Relationships
00:39:18

Lec 31 Brayton Cycle Introducton and General Relationships
Lec 32 Brayton Cycle Efficiency Work Ratio and Optimum Work Output Condition
00:41:19

Lec 32 Brayton Cycle Efficiency Work Ratio and Optimum Work Output Condition
Lec 33 Brayton Cycle with Heat Exchanger Reheater
00:52:34

Lec 33 Brayton Cycle with Heat Exchanger Reheater
Lec 34 Brayton Cycle with Intercooler
00:33:20

Lec 34 Brayton Cycle with Intercooler
Lec 35 Real Brayton Cycle Solved Example for Ideal Cycle
00:46:46

Lec 35 Real Brayton Cycle Solved Example for Ideal Cycle
Lec 36 Solved Examples for Real Brayton Cycle
00:23:31

Lec 36 Solved Examples for Real Brayton Cycle
Lec 37 Introduction and Performance Parameters of Propulsion System
00:40:12

Lec 37 Introduction and Performance Parameters of Propulsion System
Lec 38 Basics of Various Aircraft Engine
00:31:04

Lec 38 Basics of Various Aircraft Engine
Lec 39 Eular Turbomachinary Equation
00:36:03

Lec 39 Eular Turbomachinary Equation
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Course Description

Battery ignition systems course in hindi, in this course we'll explore the fundamentals of battery-powered ignition systems in internal combustion engines.
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