Master the Concepts of "Engineering Mechanics" (Series -1)

Name: Master the Concepts of "Engineering Mechanics" (Series -1)
Rating: 4.0 (8 reviews)

Getting the Fundamentals of STATICS rooted deep into the brain

Created byRavi Kiran

Last updated 11/2018

English

What you'll learn

With the crisp and clear explanation of the concepts, student will be in a position to solve different problems in relation to this course, that require different approaches
Student will have confidence of understanding advance concepts (subsequent parts) of engineering mechanics.

Course content

2 sections • 18 lectures • 5h 28m total length

Introduction to the Course of Engineering Mechanics5:17
Why Engineering Mechanics and How we are going to deal it?
Section 1.114:54
The video consists of the topics:
Definition and Classification of Mechanics, Idealizations in mechanics, some basic definitions
Section 1.217:15
Topics discussed include:
System of Forces, Classification of system of forces, Fundamental and Derived Units
Section 1.320:02
Dimensionless Formula, Law of Dimensional Homogeneity, Dimensionless Quantities

Section 2.1 - Introduction to Statics31:23
Introduction to Statics, Rigid Body in detailed, Force and its representation
Section 2.2 - Parallelogram Law with a solved example28:59
Composition of Forces, Parallelogram Law with a solved example
Section 2.3 - Resolution of Force: Analytical and Graphical methods of doing it22:44
Resolution of Force, Graphical and Analytical methods to resolve a Given Force
Section 2.4 - Equilibrium of 2 forces, internal & External forces, Equilibrant24:21
Equilibrium of two concurrent forces, Internal and External forces, Equilibrant
Section 2.5 - Law of superposition and Transmissibility Theorem21:40
Law of superposition, Theorem of Transmissibility
Section 2.6 - Types of Supports, Action & Reactions18:14
Types of Supports, Action and Reaction
Section 2.7 - Free Body Diagrams with examples10:34
Free Body Diagrams (FBD) with few examples
Section 2.8 - Solved examples10:16
Section 2.9 - Method of Projections for Composition of Forces13:29
Method of Projections for composition/resolution of forces.
Section 2.10 - Composition of forces for more than two forces16:04
Composition of concurrent forces when number of forces involved are more than two
Section 2.1110:16
Solved Example on composition of forces
Section 2.1227:37
Lami's Theorem
Section 2.1312:00
Solved Examples on Lami's Theorem
Section 2.1423:14
Solved Example on Method of Projections
Quizzzz
Section 1 quiz
Graphical Method to Resolve a given Force

Requirements

Knowledge of school level Mathematics such as Trigonometry, Solving Equations, unit conversions etc
Hands-on practice of using scientific calculator
Zeal/Enthusiasm to learn the concepts
Proper stationery items such as a notebook, pen, Graph papers etc.

Description

This foundational course covers approximately the first one-fifth of the complete Engineering Mechanics syllabus, or about the first one-third of Statics. It is carefully designed to build a strong conceptual and problem-solving foundation before students move on to more advanced topics. The course introduces the essential principles, definitions, concepts, and analytical techniques that form the backbone of Engineering Mechanics.

Students will develop a clear understanding of the fundamental ideas required to analyze forces, equilibrium, free-body diagrams, moments, and other basic mechanical systems. Special emphasis is placed on developing systematic problem-solving skills, interpreting physical situations, identifying relevant forces and constraints, and applying fundamental laws and equations correctly.

Rather than focusing only on formulas and procedures, the course aims to develop physical intuition and logical thinking so that students can understand why a particular approach works and when it should be used. By completing this course, students will gain the necessary prerequisites to approach subsequent topics in Engineering Mechanics with greater confidence and clarity.

Overall, this course serves as a strong stepping stone toward learning advanced concepts and solving complex Engineering Mechanics problems. It is ideal for students who want to strengthen their fundamentals with STATICS part and build the confidence needed to progress successfully through the complete Engineering Mechanics course.

Who this course is for:

Engineering Students who just joined the Under Graduation/Bachelors
Working professionals who graduated from Mechanical Engineering and is interested to re-look and revise the concepts of this course
Graduated students who are preparing for technical competitive exams such as GATE, ESE etc.

Master the Concepts of "Engineering Mechanics" (Series -1)

What you'll learn

Explore related topics

Course content

Introduction to the Course of Engineering Mechanics4 lectures • 57min

Co-planar Concurrent Force System14 lectures • 4hr 31min

Requirements

Description

Who this course is for: