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Basic Mechanical Engineering part 2

  • Course level: Beginner

Description

Basic Mechanical Engineering part 2

This course is a basic introductory course for all those who wish to learn technical concepts of Mechanical Engineering. Simple animations and basic definitions will enhance your learning experience. Simple concepts and different basic systems of mechanical engineering will be covered here. Animations and diagrams will increase your interests while learning. Basic systems in Automobile, Shafts, Bearings, Gears, etc. will be covered to give a realistic application-based feel of Mechanical Engineering.

Who this course is for:

  1. Anyone Who wants to Learn Engineering concepts. School As well As Engineering Students.
  2. Beginner Level for Mechanical Engineering.

What Will I Learn?

  • Basics of Mechanical Engineering Concept

Topics for this course

34 Lessons

Basic Mechanical Engineering part 2

Non flow process, Types of process, Thermodynamic process, Important formula for process, BME6:59
Adiabatic equation,Adiabatic process,Adiabatic governing equation,Derivation of adiabatic Equation7:31
Adiabatic process, Isentropic process, Work done during Adiabatic process, Enthalpy change, BME7:06
Polytropic process / Special cases of Polytropic process / Thermodynamic processes on pV diagram6:37
Heat engine, Requirements of heat engine, Characteristics of heat engine, Efficiency of Heat Engine3:41
Classification of heat engine, Heat engine parts, Components of heat engine, Heat engine diagram6:10
Carnot cycle, Efficiency of Carnot cycle, Derivation of Carnot efficiency, Animation of Carnot cycle10:44
Assumptions of Carnot cycle, Limitations of Carnot cycle, Carnot Limitations, Carnot Assumptions00:00:00
Rankine cycle, Efficiency of Rankine cycle, pv and Ts diagram of Rankine cycle, Work done in Rankine00:00:00
Air standard cycle, Air standard Efficiency, Assumptions of Air standard cycle, Importance of cycle00:00:00
Otto cycle, Efficiency of Otto cycle, Derivation for Efficiency of Otto cycle, Otto cycle Efficiency00:00:00
Examples on Otto cycle, 1 , Numericals on Otto cycle, BME, Problems on Otto cycle, OTTO Cycle00:00:00
Examples on Otto cycle, 2 , Numericals on Otto cycle, BME, Problems on Otto cycle, OTTO Cycle00:00:00
Examples on Otto cycle, 3 , Numericals on Otto cycle, BME, Problems on Otto cycle, OTTO Cycle00:00:00
Diesel cycle, Diesel cycle Efficiency, Constant pressure cycle, Efficiency of Diesel cycle, BME00:00:00
Example on Diesel cycle, 1, Diesel cycle, Diesel cycle problems, Numericals on Diesel cycle, BME00:00:00
Example on Diesel cycle, 2, Diesel cycle, Diesel cycle problems, Numericals on Diesel cycle, BMEsson00:00:00
Example on Diesel cycle, 3, Diesel cycle, Diesel cycle problems, Numericals on Diesel cycle, BME00:00:00
IC engine parts, Components of IC engine, Main parts of IC Engine, IC Engine, Elements of IC Engine00:00:00
IC engine terms, Important Terms of IC engine, Terminology used in IC engine, TDC, BDC, BME00:00:00
IC engine performance parameters, Brake thermal efficiency, Indicated thermal efficiency, BSFC, BME00:00:00
Classification of IC Engine, Types of IC Engine with Animation, IC engine types, BME00:00:00
Four stroke petrol Engine, Working of petrol engine, How 4 stroke engine works, Animation of engine00:00:00
How to draw four stroke petrol engine?, Four stroke petrol engine, 4 stroke engine, IC Engine, BME00:00:00
Difference between Four stroke and Two stroke Engine, Two Stroke Engine, Four Stroke Engine00:00:00
Difference between Petrol and Diesel engine, Difference between SI and CI engine, IC engine, BME00:00:00
Centrifugal pump, Animation of Centrifugal pump, Water pump, Working of Centrifugal pump, BME00:00:00
Centrifugal Pump, Animation of Centrifugal Pump, Block Diagram of Centrifugal Pump, Pump00:00:00
Reciprocating pump, Animation of Reciprocating pump, Block diagram of Reciprocating pump, Water pump00:00:00
Difference between Reciprocating & Centrifugal pump, Comparison of Centrifugal & Reciprocating pump00:00:00
How to draw Reciprocating pump, Reciprocating pump, Simple figure of Reciprocating pump, BME00:00:00
Animation of Reciprocating pump, Reciprocating pump diagram, Reciprocating pump, Pump, Water pump00:00:00
Air Compressor, Reciprocating Air Compressor, Application of compressed air, Animation of Compressor00:00:00
Classification of Air Compressor, Types of Air Compressors, Air Compressor types with Animation, BME00:00:00

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Basic Mechanical
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Enrolment validity: Lifetime

Requirements

  • None