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Engineering Mechanics basics

Track :

Engineering

Lessons no : 111

For Free Certificate After Complete The Course

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What will you learn in this course?
  • Understand fundamental principles of forces, motion, and equilibrium in engineering mechanics using practical examples and real-world applications
  • Apply Newton's laws of motion to analyze and solve engineering problems involving forces and acceleration
  • Identify and calculate different types of forces, including tension, compression, and shear, in engineering structures
  • Explain the concepts of free body diagrams and their importance in solving mechanics problems
  • Utilize principles of equilibrium to analyze static structures and determine unknown forces
  • Solve problems related to moments, torque, and rotational equilibrium in mechanical systems
  • Interpret and analyze stress and strain in materials to assess structural integrity and safety
  • Apply basic principles of kinematics to describe and analyze the motion of particles and rigid bodies
  • Use mathematical tools to model and solve engineering mechanics problems involving forces and motion
  • Evaluate the stability of structures and mechanisms using equilibrium conditions and force analysis
  • Implement principles of mechanics to design simple mechanical systems and components
  • Develop problem-solving skills for real-world engineering challenges involving forces and motion
  • Utilize diagrams, formulas, and calculations effectively to analyze engineering mechanics scenarios
  • Understand the role of friction in mechanical systems and its impact on motion and stability
  • Apply concepts of work, energy, and power in analyzing mechanical systems and processes
  • Use software tools for simulation and analysis of basic engineering mechanics problems

How to Get The Certificate

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  • Watch All Lessons
  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
Lessons | 111
Basic Mechanical Engineering by Engineering Funda
00:06:17

Basic Mechanical Engineering by Engineering Funda
Thermodynamics Terminologies State Process Path and Cycle in Basic Mechanical Engineering
00:06:51

Thermodynamics Terminologies State Process Path and Cycle in Basic Mechanical Engineering
Zeroth law of thermodynamics in Basic Mechanical Engineering ZerothLawOfThermodynamics
00:04:46

Zeroth law of thermodynamics in Basic Mechanical Engineering ZerothLawOfThermodynamics
First law of thermodynamics in Basic Mechanical Engineering FirstLawOfThermodynamics
00:09:17

First law of thermodynamics in Basic Mechanical Engineering FirstLawOfThermodynamics
Thermodynamic systems in Basic Mechanical Engineering by Engineering Funda ThermodynamicSystems
00:11:45

Thermodynamic systems in Basic Mechanical Engineering by Engineering Funda ThermodynamicSystems
Types of Fuels explained in Basic Mechanical Engineering by Engineering Funda TypesOfFuels
00:04:52

Types of Fuels explained in Basic Mechanical Engineering by Engineering Funda TypesOfFuels
Types of solid fuels in Basic Mechanical Engineering TypesOfSolidFuels BasicMechanicalEngineering
00:08:18

Types of solid fuels in Basic Mechanical Engineering TypesOfSolidFuels BasicMechanicalEngineering
Types of Liquid Fuels in Basic Mechanical Engineering TypesOfLiquidFuels EngineeringFunda
00:06:23

Types of Liquid Fuels in Basic Mechanical Engineering TypesOfLiquidFuels EngineeringFunda
Types of gaseous fuels in Basic Mechanical Engineering GaseousFuels EngineeringFunda
00:07:47

Types of gaseous fuels in Basic Mechanical Engineering GaseousFuels EngineeringFunda
Types of alternative fuels in Basic Mechanical Engineering AlternativeFuels EngineeringFunda
00:11:24

Types of alternative fuels in Basic Mechanical Engineering AlternativeFuels EngineeringFunda
Calorific Value in Basic Mechanical Engineering CalorificValue EngineeringFunda
00:04:22

Calorific Value in Basic Mechanical Engineering CalorificValue EngineeringFunda
Hydel energy and Hydro power plant in Basic Mechanical Engineering HydelEnergy HydroPowerPlant
00:04:46

Hydel energy and Hydro power plant in Basic Mechanical Engineering HydelEnergy HydroPowerPlant
Solar energy in Basic Mechanical Engineering SolarEnergy SolarPowerPlant EngineeringFunda
00:08:18

Solar energy in Basic Mechanical Engineering SolarEnergy SolarPowerPlant EngineeringFunda
Global warming in Basic Mechanical Engineering GlobalWarming EngineeringFunda
00:04:29

Global warming in Basic Mechanical Engineering GlobalWarming EngineeringFunda
Ozone depletion in Basic Mechanical Engineering OzoneDepletion EngineeringFunda
00:07:22

Ozone depletion in Basic Mechanical Engineering OzoneDepletion EngineeringFunda
Steam formation Temperature vs Enthalpy diagram for steam in Basic Mechanical Engineering
00:11:20

Steam formation Temperature vs Enthalpy diagram for steam in Basic Mechanical Engineering
Types of steam in Basic Mechanical Engineering Saturated steam TypesOfSteam EngineeringFunda
00:04:28

Types of steam in Basic Mechanical Engineering Saturated steam TypesOfSteam EngineeringFunda
Steam Table in Basic Mechanical Engineering SteamTable SteamTableTypes EngineeringFunda
00:08:03

Steam Table in Basic Mechanical Engineering SteamTable SteamTableTypes EngineeringFunda
Steam Equations in Basic Mechanical Engineering SteamEnthalpy SteamEquations
00:05:23

Steam Equations in Basic Mechanical Engineering SteamEnthalpy SteamEquations
1 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
00:05:43

1 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
2 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
00:05:15

2 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
3 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
00:06:50

3 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
4 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
00:05:07

4 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
5 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
00:06:10

5 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
6 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
00:08:22

6 Example on Steam table in Basic Mechanical Engineering SteamTable SteamTableExample
Barrel Calorimeter in Basic Mechanical Engineering BarrelCalorimeter EngineeringFunda
00:10:17

Barrel Calorimeter in Basic Mechanical Engineering BarrelCalorimeter EngineeringFunda
Separating calorimeter in Basic Mechanical Engineering SeparatingCalorimeter EngineeringFunda
00:07:21

Separating calorimeter in Basic Mechanical Engineering SeparatingCalorimeter EngineeringFunda
Throttling calorimeter in Basic Mechanical Engineering ThrottlingCalorimeter EngineeringFunda
00:09:07

Throttling calorimeter in Basic Mechanical Engineering ThrottlingCalorimeter EngineeringFunda
Boyle s Law or Mariotte s law in Basic Mechanical Engineering BoylesLaw MariottesLaw
00:04:55

Boyle s Law or Mariotte s law in Basic Mechanical Engineering BoylesLaw MariottesLaw
Charles Law in Basic Mechanical Engineering CharlesLaw BasicMechanicalEngineering
00:04:13

Charles Law in Basic Mechanical Engineering CharlesLaw BasicMechanicalEngineering
Characteristic gas equation Combined gas law in Basic Mechanical Engineering CombinedGasLaw
00:06:55

Characteristic gas equation Combined gas law in Basic Mechanical Engineering CombinedGasLaw
Characteristic gas equation Cp Cv R in Basic Mechanical Engineering CharacteristicGasEquation
00:06:18

Characteristic gas equation Cp Cv R in Basic Mechanical Engineering CharacteristicGasEquation
Isochoric Process or Constant volume process Work done in Isochoric process IsochoricProcess
00:06:20

Isochoric Process or Constant volume process Work done in Isochoric process IsochoricProcess
Isobaric Process or Constant pressure process Work done in Isobaric process IsobaricProcess
00:06:59

Isobaric Process or Constant pressure process Work done in Isobaric process IsobaricProcess
Isothermal Process Constant temperature process Hyperbolic process Work done in Isothermal Process
00:06:23

Isothermal Process Constant temperature process Hyperbolic process Work done in Isothermal Process
Non Flow Process and Flow Process NonFlowProcess FlowProcess EngineeringFunda
00:06:59

Non Flow Process and Flow Process NonFlowProcess FlowProcess EngineeringFunda
Adiabatic equation and Adiabatic process AdiabaticEquation AdiabaticProcess EngineeringFunda
00:07:31

Adiabatic equation and Adiabatic process AdiabaticEquation AdiabaticProcess EngineeringFunda
Adiabatic process Isentropic process Work done in Adiabatic process AdiabaticProcess
00:07:06

Adiabatic process Isentropic process Work done in Adiabatic process AdiabaticProcess
Polytropic process Special cases of Polytropic process Thermodynamic processes on pV diagram
00:06:37

Polytropic process Special cases of Polytropic process Thermodynamic processes on pV diagram
Heat engine Requirements of heat engine Characteristics of heat engine Efficiency of Heat Engine
00:03:41

Heat engine Requirements of heat engine Characteristics of heat engine Efficiency of Heat Engine
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