The Complete Engineering Mechanics Course

BY
Udemy

Learn the ropes of mechanics and statics and apply your knowledge of physics to practical situations.

Mode

Online

Fees

₹ 799

Quick Facts

particular details
Medium of instructions English
Mode of learning Self study
Mode of Delivery Video and Text Based

Course overview

Engineering mechanics is the adaptation of mechanics to the solution of issues using typical engineering components. This engineering mechanics course aims to expose students to mechanics challenges applicable to plausible real-world situations. Students should be able to recognize challenges of this nature in real-world settings and respond properly after having gained an inductive comprehension of the underlying concepts in the action through a thorough examination of specific types of situations. Udemy offers The Complete Engineering Mechanics Course certification course to individuals who want to understand the principles of engineering and are interested in learning about engineering mechanics.

The Complete Engineering Mechanics Course online training is an inclusive course that includes one article, 19 downloadable resources, and eight hours of video lessons with access on mobile and TV without any limitations. The Complete Engineering Mechanics Course online classes cover topics including textbook and solutions manual, SI units with significant figures, vector operations, and vector addition in algebraic geometry. The aspirant will learn three-dimensional cartesian vectors, free body diagrams, particle equilibrium, and vector position. The applicant will understand rigid body equilibrium, structural analysis, centroids, and second moments of area, which include internal forces on structural elements.

Course and certificate fees

Fees information
₹ 799
certificate availability

Yes

certificate providing authority

Udemy

What you will learn

Knowledge of engineering

After completing The Complete Engineering Mechanics Course online certification, aspirants will be able to gain a firm foundation in engineering mechanics. The participant will get to understand how to confidently approach equilibrium equations, centroids, moments, inertia, calculator abilities, and problem-solving in mechanics. By practicing a large number of examples from the recommended textbook of mechanics and solution manuals, the candidate can learn the implementation of the strategy. Participants will gain knowledge of particle equilibrium. rigid body equilibrium. structural analysis as well as the concepts of centroids and inertia. forces within structural members.

The syllabus

Basic Concepts

  • Textbook and Solutions Manual
  • SI Units and Prefixes
  • Intro
  • Significant Figures
  • SI Units with Significant Figures
  • Geometry Recap

Particle Equilibrium

  • Vector Opperations
  • Vector Operations- Additional Example 1
  • Vector Operations- Additional Example 2
  • Algebraic Vector Addition
  • Algebraic Vector Addition- Additional Example
  • Cartesian Vectors in Three Dimensions
  • Cartesian Vectors in Three Dimensions- Additional Example
  • Particle Equilibrium in Two Dimensions
  • Free Body Diagrams
  • Free Body Diagrams- Additional Example 1
  • Free Body Diagrams- Additional Example 2
  • Particle Equilibrium in Three Dimensions
  • Position Vectors and Vectors Directed Along a Line
  • Position Vectors and Vectors Directed Along a Line- Additional Example
  • Dot Product and Applications
  • Dot Product and Applications- Additional Example

Rigid Body Equilibrium

  • Moment of a Force
  • Moment of a Force- Additional Example
  • Moment of a Force Using Cross Product
  • Moment of a Force Using Cross Product- Additional Example
  • How to do the Cross Product on your Calculator?
  • Moment of a Force About a Point
  • Moment of a Force About an Axis or Line
  • Moment of a Force About an Axis or Line- Additional Example
  • The Moment of a Couple (Scalar)
  • The Moment of a Couple (Scalar)- Additional Example
  • The Moment of a Couple (Vector)
  • The Moment of a Couple (Vector)- Additional Example
  • Reduction of Force and Couple system to its Simplest Form
  • Reduction of Force and Couple system to its Simplest Form- Additional Example
  • Further Simplification of a Force and Couple System
  • Further Simplification of a Force and Couple System- Additional Example
  • Rigid Body Equilibrium in Two Dimensions
  • Rigid Body Equilibrium in Two Dimensions- Additional Example
  • Rigid Body Equilibrium in Three Dimensions

Structural Analysis

  • Two Force Members
  • Method of Sections
  • Method of Sections- Additional Example
  • How to Determine if a Member is in Tension or Compression
  • Simple Trusses
  • Zero Force Members
  • Zero Force Members- Additional Example
  • Frames and Machines
  • Frames and Machines- Additional Example

Centroids and Second Moments of Area

  • How to Calculate a Centroid
  • How to Calculate a Centroid- Additional Example
  • Centroid of a Wire
  • Reduction of a Simple Distributed Loading
  • Reduction of a Simple Distributed Loading- Additional Example
  • Moments of Inertia
  • Moments of Inertia- Additional Example

Internal Forces in Structural Members

  • Internal Forces in Structural Members
  • Internal Forces in Structural Members-Additional Example
  • Calculating Shear Force Example
  • Calculating the Bending Moment Example

Instructors

Mr Leon Petrou
Systems Engineer
Udemy

B.E /B.Tech, Other Bachelors

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