Mechanics 1 - Statics

Statics

What you'll learn

learn Basics and Advanced Concepts Of Statics

TRUSSES - FRAMES - EQUIVALENT SYSTEMS - EQUILIBRIM

MCQ TUTORIALS

QUIZS

Requirements

Basic Mathmatics

Description

Are you struggling with Statics and looking for a structured and practical approach to mastering it? This course is designed to provide a comprehensive understanding of fundamental Statics concepts, preparing you for engineering applications and problem-solving with confidence.What You Will Learn: • Vectors & Forces: Understand force representation and operations. • Resultant of Force Systems: Learn how to simplify multiple forces into a single equivalent force. • Equilibrium of Rigid Bodies: Master the essential conditions for static equilibrium. • Moments & Couples: Explore force moments, couples, and their applications. • Trusses & Frames Analysis: Solve for internal forces in trusses using the Method of Joints and Method of Sections. • Distributed Loads & Centroid: Learn how to handle distributed forces and locate centroids of shapes. • Friction Principles: Study dry friction, impending motion, and its applications.Why This Course? • Covers key topics from the renowned Hibbeler Statics book. • Step-by-step problem-solving techniques.• Practical engineering applications & real-world examples. • Ideal for engineering students & anyone preparing for examsBy the end of this course, you’ll have a strong grasp of Statics, making it easier to tackle more advanced engineering subjects. You’ll master key topics like Resultant, Equilibrium, Moment, Trusses, Frames, Rigid Body, and more. The course includes selected problems from Hibbeler, ensuring deep understanding and practical problem-solving skills. With structured lessons and real-world examples, you’ll build confidence in applying Statics principles to engineering challenges. This course is perfect for students, engineers, and anyone looking to strengthen their understanding of mechanics. Enroll now and start mastering Statics today!

Overview

Section 1: Introduction - Basics

Lecture 1 Vectors In 2-D

Lecture 2 Vectors In 3-D

Lecture 3 Cross Product

Lecture 4 Dot Product

Section 2: Resultant Force

Lecture 5 Forces In 2-D 1

Lecture 6 Forces In 2-D 2

Lecture 7 Forces In 3-D

Section 3: Equilibruim Of Forces

Lecture 8 Equilibruim of Forces In 2-D

Lecture 9 Equilibruim of Forces In 3-D 1

Lecture 10 Equilibruim of Forces In 3-D 2

Section 4: Moment

Lecture 11 Moment In 2-D

Lecture 12 Moment In 3-D

Section 5: Couple Moment

Lecture 13 Couple Moment

Section 6: Equivalent System

Lecture 14 Equivalent System In 2-D

Lecture 15 Equivalent System In 3-D

Section 7: Rigid Body

Lecture 16 Body In Rigid 2-D 1

Lecture 17 Body In Rigid 2-D 2

Lecture 18 Rigid Body In 3-D

Section 8: Frames

Lecture 19 Frames

Section 9: Trusses

Lecture 20 Trusses 1

Lecture 21 Trusses 2

Lecture 22 Trusses 3

Section 10: Center of Mass

Lecture 23 Center of Mass 1

Lecture 24 Center of Mass 2

Engineering Students