What you'll learn

Basics of Scientific Method & Engineering
Introduction to Mechanical Engineering
Core Concepts of Engineering Mechanics including Statics & Dynamics
Mechanics of Materials - Concepts of Stress, Strain and Material Behaviour under Force
Materials Engineering - Concepts of Materials & its Types
Fluid Mechanics - Fluid behaviour and its properties
Thermodynamics - How interconversion of thermal and mechanical energy is carried out
Thermodynamic Cycles - How Engines and Refrigerators work
Machine Element Design - How various common machine elements are designed
Heat Transfer - Modes via through which heat transfer occurs and how it is modelled
Manufacturing Processes - Introduction to most commonly used manufacturing processes
Computer Aided Design - Introduction to CAD using SolidWorks
Engineering Simulations - Introduction to FEA and CFD using ANSYS

Requirements

Basic High School level Physics is recommended. But not essential.
Just time and will to learn.
Access to Solidworks Version 2018 or higher. (For CAD Section Only)
Access to ANSYS Version 2018 or higher. (For Engineering Simulations Section Only)

Description

Are you ready to dive into the exciting world of Mechanical Engineering?This Crash Course in Mechanical Engineering is designed to equip you with the essential knowledge and skills to excel in this dynamic field. Whether you're a student, a working professional, or an enthusiast, this course offers a comprehensive introduction to the core principles of Mechanical Engineering.This course covers key topics such as thermodynamics, fluid mechanics, robotics, material science, and mechanical design. Through expert-led video lectures, you'll gain a deep understanding of how Mechanical Engineering drives innovation in various industries in the world.This course will serve you either as gateway to Mechanical Engineering if you are new to the field, or it will serve you as a refresher course if you are seasoned professional mechanical engineer.What You'll Learn:Fundamentals of Mechanical EngineeringEngineering MechanicsFluid MechanicsSolid MechanicsMachine Element DesignComputer Aided DesignFinite Element AnalysisComputational Fluid DynamicsManufacturing ProcessesAnd Much More...Why Choose This Course?Flexible Learning: Study at your own pace with lifetime access to course materials.One stop Course for everything Mechanical Engineering: Get quick information about various subtopics of Mechanical Engineering in one courseCertificate of Completion: Earn a certificate to showcase your expertise and boost your career prospects.Take the first step toward becoming a Mechanical Engineering. Whether you're designing the next generation of electric vehicles, optimizing renewable energy systems, or creating cutting-edge robotics, this course will provide the foundation you need to succeed.Mechanical Engineering is the backbone of modern technology, and this course is your gateway to mastering it. Don't wait – start your journey today and unlock endless opportunities in this ever-evolving field!Enrol now and transform your future with Mechanical Engineering!

Overview

Section 1: Introduction
Lecture 1 Message from the Instructor
Section 2: Introduction to Engineering
Lecture 2 Science & Engineering
Lecture 3 Scientific Method
Lecture 4 Engineering Disciplines
Section 3: Mechanical Engineering
Lecture 5 Mechanical Engineering
Lecture 6 Mechanical Engineering Skillset
Section 4: Engineering Mechanics
Lecture 7 Mechanics & its Types
Lecture 8 Physical Quantities
Lecture 9 Equilibrium & Moments
Lecture 10 Free Body Diagrams
Lecture 11 Friction
Lecture 12 Newton's Laws of Motion
Lecture 13 Law of Gravitation
Lecture 14 Kinematics
Lecture 15 Kinetics
Lecture 16 Projectile Motion
Lecture 17 Work & Energy
Lecture 18 Momentum & Collisions
Section 5: Materials Engineering
Lecture 19 Materials Science
Lecture 20 Mechanical Properties
Lecture 21 Types of Materials
Lecture 22 Metals
Lecture 23 Polymers
Lecture 24 Ceramics
Lecture 25 Composites
Section 6: Mechanics of Materials
Lecture 26 Stress & its Types
Lecture 27 Cartesian Stress Components
Lecture 28 Poisson Ratio & Hooke's Law
Lecture 29 Stress Transformation & Mohr Circle
Lecture 30 Torsion
Lecture 31 Static Failure
Lecture 32 Fatigue Failure
Lecture 33 Fluctuating Stresses
Section 7: Fluid Mechanics
Lecture 34 Introduction to Fluid Mechanics
Lecture 35 Properties of Fluids
Lecture 36 Fluid Statics: Pascal's Law & Buoyancy
Lecture 37 Fluid Dynamics I: Continuity Equation
Lecture 38 Fluid Dynamics II: Bernoulli Equation
Lecture 39 Laminar & Turbulent Flow
Lecture 40 Characterizing Fluid Flow
Lecture 41 Internal Flow
Lecture 42 Open Channel Flow
Lecture 43 Turbines & Pumps
Section 8: Thermodynamics
Lecture 44 Thermodynamics
Lecture 45 Thermodynamics Terms
Lecture 46 Pure Substance & Phase Diagrams
Lecture 47 Gas Laws
Lecture 48 First Law of Thermodynamics
Lecture 49 Second Law of Thermodynamics
Lecture 50 Carnot Engine
Lecture 51 Entropy
Lecture 52 Thermodynamic Tables
Section 9: Thermodynamic Cycles
Lecture 53 Thermodynamic Cycles
Lecture 54 Rankine Cycle
Lecture 55 Brayton Cycle
Lecture 56 Vapor Compression Cycle
Section 10: Heat Transfer
Lecture 57 Heat Transfer & its Modes
Lecture 58 Conduction
Lecture 59 Convection
Lecture 60 Radiation
Lecture 61 Thermal Resistance
Lecture 62 Heat Exchangers
Section 11: Design of Machine Elements
Lecture 63 Introduction to Mechanical Design
Lecture 64 Design Factor
Lecture 65 Machine Elements
Lecture 66 Mechanical Shafts
Lecture 67 Non-Permanent Joints (Fasteners)
Lecture 68 Permanent Joints
Lecture 69 Bearings
Lecture 70 Gears I - Introduction
Lecture 71 Gears II - Force Analysis
Lecture 72 Belt Drives
Section 12: Manufacturing Processes
Lecture 73 Basics of Manufacturing
Lecture 74 Primary vs Secondary Manufacturing Processes
Lecture 75 Primary Manufacturing Processes
Lecture 76 Secondary Manufacturing Processes
Lecture 77 Computer Aided Manufacturing (CAM)
Section 13: CAD using SolidWorks
Lecture 78 CAD vs CAM vs CAE
Lecture 79 Introduction to SolidWorks
Lecture 80 Sketching in SolidWorks
Lecture 81 3D Modelling in SolidWorks
Lecture 82 CAD Practice A- Table Parts
Lecture 83 CAD Practice B- Table Assembly
Lecture 84 Creating Drawings
Section 14: Engineering Simulations (ANSYS)
Lecture 85 Finite Element Analysis
Lecture 86 Theory of FEA
Lecture 87 FEA Procedure
Lecture 88 Static Structural Analysis
Lecture 89 Steady State Thermal Analysis
Lecture 90 Computational Fluid Dynamics
Lecture 91 Laminar Flow in a Pipe I
Lecture 92 Laminar Flow in a Pipe II
Lecture 93 Laminar Flow in a Pipe III
Mechanical Engineers who want a refresher crash course,Mechanical Engineering Students,Anyone who wants to learn Mechanical Engineering

Homepage:

https://www.udemy.com/course/mechanical-engineering-crash-course/