Udemy
    •  
    •  
    •  
    •  
    •  
    •  
    •  
    •  
Turn what you know into an opportunity and reach millions around the world.
Learn More
Your cart is empty.
Keep shopping
Engineering Mechanics
Highest Rated
Rating: 4.8 out of 5(18 ratings)
148 students

Engineering Mechanics

Build a solid foundation to tackle advanced courses of Mechanical, Civil, Aerospace, Robotics and more!
Created byNirangkush Das
Last updated 9/2021
English

What you'll learn

  • Learn how to combine and resolve forces, use Newton's Laws, create Free Body Diagrams, and apply Method of Moments
  • Draw Free Body Diagrams.
  • Analyze structures using the Method of Joints and Sections.
  • Apply the principle of Virtual work to solve interconnected system of rigid body problems.
  • Understand Dynamics and the three different methods for solving Dynamics problems.

Course content

6 sections68 lectures8h 21m total length
  • Introduction21:51
  • System of Forces6:10
  • Parallelogram and Triangle law of Forces5:53
  • Resultant of two Forces (Analytical)5:54
  • Resolution of Forces6:13
  • Resolution of Forces Numerical 016:02
  • Resolution of Forces Numerical 025:48
  • Resolution of Forces Numerical 035:05
  • Resolution of Forces (Numerical for HW2)4:54
  • Newton's Laws of Motion5:19
  • Free Body Diagrams5:36
  • Free Body Diagrams Numerical 015:43
  • Free Body Diagrams Numerical 025:04
  • Free Body Diagrams Numerical 036:03
  • Free Body Diagrams Numerical 045:11
  • Free Body Diagrams Numerical 05 Lami's Theorem5:53
  • Free Body Diagrams Numerical 065:31
  • Free Body Diagrams Numerical 075:42
  • Free Body Diagrams Numerical 085:58
  • Method of Moments Theory6:02
  • Method of Moments Numerical 015:54
  • Method of Moments Numerical 025:49
  • Method of Moments Numerical 035:26
  • Method of Moments Numerical 045:49
  • Method of Moments Numerical 055:42

Requirements

  • 10+2 Mathematics
  • Willingness to put in the effort and learn

Description

Engineering Mechanics forms the foundation for solving complex engineering problems and helps us visualize and model these challenges. It is usually introduced in the first or second year of engineering courses worldwide. Many advanced topics in fields like Mechanical, Civil, and Aerospace Engineering rely on the principles of Engineering Mechanics. Additionally, this course not only helps in understanding engineering concepts but also develops problem-solving skills, thereby encouraging students to think critically and analyze complicated situations.

Here’s a brief overview of the course structure:

  1. Equilibrium of Rigid Bodies

  2. Friction

  3. Analysis of Trusses

  4. Centre of Gravity and Moment of Inertia

  5. Virtual Work

  6. Dynamics

I have spent significant time on Section 1 because of its importance. It’s essential that students feel comfortable with this section before moving forward. The course is designed so that each concept builds on the previous one, allowing students to see how topics are interconnected. The focus is on correctly modeling problems, as this is often more crucial than just solving them. Each theory lecture is followed by a wide range of practice problems to reinforce learning.

I hope this course helps you grasp the essence of Engineering Mechanics.

Also kindly provide feedback so that I can cover the blind spots.

Happy Learning!


~Kush


Who this course is for:

  • 1st and 2nd year Engineering students
  • Anyone willing to understand Engineering Mechanics