Fundamentals Of Mechanical Engineering: Learn With Animation
Published 5/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 10.17 GB | Duration: 11h 43m
Mechanical Engineering Masterclass- Energy | Fuel | Gas Theory | Heat Engine | IC Engine| Pump | Drive | Boiler and more

What you'll learn

Introduction to Basic Mechanical Engineering

Thermodynamics

Energy and Fuel

Types of Solid Fuels

Types of Liquid Fuels

Types of Gaseous Fuels

Solar Energy

Steam Formation and its Properties

Properties of Gas

Adiabatic Process

Heat Engine & Air Standard Cycle

IC Engine

Pump

Air Compressor

Coupling, Clutch and Break

Belt Drive, Chain Drive & Gear Drive

Boiler & its Accessories

Requirements

No Prior knowledge is needed

Description

Basic Mechanical Engineering is a foundational subject that serves as the cornerstone of the broader field of Mechanical Engineering. It introduces students to fundamental concepts, principles, and practices essential for understanding and solving Mechanical Engineering problems. This course provides a solid groundwork for students to build their knowledge and skills in more specialized areas of mechanical engineering.Basic Mechanical Engineering serves as the foundation upon which students can expand their knowledge and delve deeper into specialized areas of mechanical engineering, such as robotics, automotive engineering, aerospace engineering, and HVAC systems. It equips students with a solid understanding of the principles and tools needed to design, analyze, and optimize mechanical systems and components, making it a fundamental and indispensable subject in the field of Engineering.Following are the key Chapters covered in this Mechanical Engineering Course:1. Introduction to Basic Mechanical Engineering2. Energy & Fuel3. Steam Formation & its properties4. Properties of Gas5. Heat Engine & Air Standard Cycle6. IC Engine7. Pump8. Air Compressor9. Coupling, Clutch & Break10. Belt Drive, Chain Drive & Gear Drive 11. Boiler & Accessories of BoilerThis course covers the following topics with supportive examples in great detail.1. Introduction to Basic Mechanical Engineering: Important Thermodynamics Terminology, Zeroth Law of Thermodynamics, First law of Thermodynamics, Thermodynamic Systems2. Energy and Fuels: Types of Fuels, Types of Solid Fuels, Types of Liquid Fuels, Types of Gaseous Fuels, Types of Alternative Fuels, Calorific Value, Solar Energy, Hydel Energy, Global Warming, Ozone Depletion3. Steam formation and Properties of steam: Steam Formation, Types of Steam, Enthalpy of Steam, Use of Steam table, Examples using steam table, Barrel calorimeter, Separating Calorimeter, Throttling Calorimeter4. Properties of gas: Boyle's Law, Charle's Law, Ideal gas Equation, Specific Heat with Adiabatic Index, Isochoric Process, Constant Pressure Process, Constant Temperature Process, Non Flow Process, Adiabatic Process, Isentropic Process, Polytropic Process5. Heat Engine and Air standard cycle: Heat Engine, Classification of Heat Engine, Carnot Cycle, Assumptions of Carnot Cycle, Rankine Cycle, Air Standard Cycle, Otto Cycle, Examples on Otto Cycle, Diesel Cycle, Examples on Diesel Cycle6. IC Engine: IC Engine parts, IC engine terms, IC engine performance parameters, Classification of IC engine, Four stroke petrol engine, Difference between four stroke and two stroke engine, Difference between petrol and diesel engine7. Pump: Centrifugal Pump, Reciprocating Pump, Difference between Reciprocating & Centrifugal Pump8. Air Compressor: Air Compressor, Classification of Air Compressor, Types of Reciprocating Air Compressors, Types of Rotary Air Compressors, Multi Stage Air Compressor, Difference Between Reciprocating and Rotary Air Compressor9. Couplings, Clutches & Brakes: Types of Couplings, Muff Coupling, Split Muff Coupling, Flange Coupling, Pin Bush Flexible Coupling, Universal Coupling, Oldham Coupling, Single Plate Clutch, Multi Plate Clutch, Centrifugal Clutch, Types of Brakes, Band Brakes, Drum Brake, Disc Brake10. Belt Drive, Chain Drive & Gear Drive: Types of Belt drives, Belt Drives, Chain Drive, Difference between Belt drive and chain drive, Gear Drive, Advantages of gear drive, Disadvantages of gear drive and Applications of gear drive11. Boiler, Boiler Mountings & Boiler Accessories: Types of Boiler, Cochran Boiler, Babcock and Wilcox Boiler, Difference between water tube and fire tube Boiler, Boiler Mountings & Boiler Accessories, Pressure Gauge, Bourdon tube pressure gauge, C type gauge, Water Level Indicator, Safety valve, Spring loaded safety valve, Ramsbottom safety valve, Feed check valve, Blow off valve, Fusible Plug, Steam Stop Valve, Feed Pump, Steam Injector, Economizer, Superheater, Steam Separator, Air PreheaterSo, unlock the gateway to mastering Mechanical Engineering's core concepts, from energy and fuel to heat engines and beyond!Thank You.

Overview

Section 1: Course Introduction

Lecture 1 Introduction

Section 2: Introduction to Basic Mechanical Engineering

Lecture 2 Thermodynamics Terminologies (State, Process, Path and Cycle)

Lecture 3 Zeroth law of thermodynamics

Lecture 4 First law of thermodynamics

Lecture 5 Thermodynamic systems

Section 3: Energy & Fuel

Lecture 6 Types of Fuels

Lecture 7 Types of Solid Fuels

Lecture 8 Types of Liquid Fuels

Lecture 9 Types of gaseous fuels

Lecture 10 Types of alternative fuels

Lecture 11 Calorific Value

Lecture 12 Hydel energy and Hydro power plant

Lecture 13 Solar energy

Lecture 14 Global warming

Lecture 15 Ozone depletion

Section 4: Steam Formation & its Properties

Lecture 16 Steam formation, Temperature vs Enthalpy diagram for steam

Lecture 17 Types of steam

Lecture 18 Steam Table

Lecture 19 Steam Equations

Lecture 20 Example on Steam table

Lecture 21 Example on Steam table

Lecture 22 Example on Steam table

Lecture 23 Example on Steam table

Lecture 24 Example on Steam table

Lecture 25 Example on Steam table

Lecture 26 Barrel Calorimeter

Lecture 27 Separating calorimeter

Lecture 28 Throttling calorimeter

Section 5: Properties of Gas

Lecture 29 Boyle's Law or Mariotte's law

Lecture 30 Charles Law

Lecture 31 Characteristic gas equation, Combined gas law

Lecture 32 Characteristic gas equation, CCv

Lecture 33 Isochoric Process or Constant volume process, Work done in Isochoric process

Lecture 34 Isobaric Process or Constant pressure process, Work done in Isobaric process

Lecture 35 Isothermal Process_Constant temperature process_Hyperbolic process, Work done

Lecture 36 Non Flow Process and Flow Process

Lecture 37 Adiabatic equation and Adiabatic process

Lecture 38 Adiabatic process, Isentropic process, Work done in Adiabatic process

Lecture 39 Polytropic process _ Special cases of Polytropic process _ Thermodynamic process

Section 6: Heat Engine & Air Standard Cycle

Lecture 40 Heat engine, Requirements of heat engine, Characteristics of heat engine

Lecture 41 Classification of heat engine, Heat engine parts, Heat engine diagram

Lecture 42 Carnot cycle and Carnot Efficiency

Lecture 43 Limitations of Carnot cycle

Lecture 44 Rankine cycle, Rankine cycle efficiency, Rankine cycle block diagram

Lecture 45 Air standard cycle, Air standard Efficiency, Assumptions of Air standard cycle

Lecture 46 Otto cycle, Otto cycle Efficiency, Derivation of Otto cycle Efficiency

Lecture 47 Examples on Otto cycle

Lecture 48 Examples on Otto cycle

Lecture 49 Examples on Otto cycle

Lecture 50 Diesel cycle, Diesel cycle Efficiency, Constant pressure cycle

Lecture 51 Example on Diesel cycle

Lecture 52 Example on Diesel cycle

Lecture 53 Example on Diesel cycle

Section 7: IC Engine

Lecture 54 IC engine parts, Components of IC engine, Elements of IC Engine

Lecture 55 IC engine terms, Important Terms of IC engine, Terminology used in IC engine

Lecture 56 IC engine performance parameters, Brake thermal efficiency

Lecture 57 Classification of IC Engine, Types of IC Engine with Animation

Lecture 58 Four stroke petrol Engine, Working of petrol engine

Lecture 59 Difference between Four stroke and Two stroke Engine, Two Stroke Engine

Lecture 60 60. Difference between Petrol Engine and Diesel Engine

Section 8: Pump

Lecture 61 Centrifugal pump basics and working of Centrifugal pump

Lecture 62 Centrifugal Pump, Animation of Centrifugal Pump

Lecture 63 Reciprocating pump, Block diagram of Reciprocating pump, Working

Lecture 64 Difference between Reciprocating & Centrifugal pump, Comparison of Centrifugal

Lecture 65 Animation of Reciprocating pump, Reciprocating pump diagram, Reciprocating pump

Section 9: Air Compressor

Lecture 66 Air Compressor and Applications of Air Compressor

Lecture 67 Classification of Air Compressor, Types of Air Compressors, Air Compressor types

Lecture 68 Types of Reciprocating Air Compressors, Types of Rotary Air Compressors

Lecture 69 Multi stage Compressor

Lecture 70 Difference between Reciprocating and Rotary Air Compressor

Section 10: Coupling, Clutch & Break

Lecture 71 Types of couplings and Function of Coupling

Lecture 72 Muff Coupling, Sleeve Coupling, Box Coupling, Working of Muff Coupling

Lecture 73 Split Muff coupling, Split Box Coupling, Clamp Coupling, Split Coupling

Lecture 74 Flange Coupling, Working and Advantages of Flange Coupling

Lecture 75 Pin bush Flexible Coupling, Pin Coupling, Flexible Coupling, Bush Coupling

Lecture 76 Universal Coupling, Hooke's Joint, Cardan Joint, Flexible Coupling

Lecture 77 Oldham Coupling, Animation of Oldham Coupling, Flexible Coupling,

Lecture 78 Single plate Clutch, Disc Clutch, Plate Clutch, Working of Single Plate Clutch

Lecture 79 Multi Plate Clutch, Disc Clutch, Plate Clutch, Multiple Plate Clutch

Lecture 80 Centrifugal Clutch, Working of Centrifugal Clutch and its Animation

Lecture 81 Types of Brakes, Block Brakes, Single Block Brake, Double Block Brake

Lecture 82 Band Brakes, Types of Band Brakes, Simple Band Brake, Differential Band Brake

Lecture 83 Drum Brake, Shoe Brake, Internal Expanding Shoe Brake, Working of Drum Brake

Lecture 84 Disc Brake, Working of Disc Brake, Animation of Disc Brake and its Application

Section 11: Belt Drive, Chain Drive & Gear Drive

Lecture 85 Types of Belt drives, Classification of belt drives

Lecture 86 Advantages of belt drive, Disadvantages of belt drive and its Applications

Lecture 87 Chain drive, Advantages of Chain Drive, Disadvantages of Chain Drive

Lecture 88 Difference between Belt drive and Chain drive, Belt drive vs Chain drive

Lecture 89 Gear drive, Advantages of Gear Drive, Disadvantages of Gear Drive

Section 12: Boiler & Accessories of Boiler

Lecture 90 Types of boiler, Classification of Boiler, Boiler types, Boiler, Boilers

Lecture 91 Cochran Boiler, Fire tube boiler, Multitube Boiler, Low pressure Boiler

Lecture 92 Babcock and Wilcox Boiler, Water tube boiler, Working of Babcock

Lecture 93 Difference between Water tube and Fire tube Boiler, Fire tube Boiler, Water tube

Lecture 94 Boiler Mountings and Accessories, Boiler Mountings, Boiler Accessories, Mounting

Lecture 95 Pressure Gauge

Lecture 96 Water Level Indicator, Water Gauge, Water Indicator, Boiler Mountings

Lecture 97 Safety Valve, Spring Loaded Safety Valve, Ramsbottom Safety Valve

Lecture 98 Feed Check Valve, Feed Valve, Working of Feed Check Valve, Boiler Mountings,

Lecture 99 Blow off Valve in Boiler, Blow off Cock in Boiler, Mud Valve, Boiler Mountings

Lecture 100 Fusible Plug, Working of Fusible Plug, Animation of Fusible Plug

Lecture 101 Steam Stop Valve, Working of Steam Stop Valve, Junction Valve, Boiler Mountings

Lecture 102 Feed Pump, Duplex Feed Pump, Working of Feed Pump, Boiler Accessories, Feed Pump

Lecture 103 Steam Injector, Steam Ejector

Lecture 104 Economizer, Feed Water Heater, Boiler Accessories, Green Economiser

Lecture 105 Superheater, Working of Superheater, Function of Superheater

Lecture 106 Steam separator, Working of Steam separator, Animation of Steam separator

Lecture 107 Air Preheater, Types and Working of Air Preheater, Air Heater in Boiler

Students (Engineering, Diploma, Science),Those who are keen on mastering the basics of Mechanical Engineering,Anyone who is curious about how things work,Mechanical Engineering students willing to learn the core concepts of Mechanical Engineering