Course Summary
Mastering Statics is a comprehensive course that aims to provide a deep understanding of the principles and concepts of statics. The course covers both the theory and application of statics in various real-world scenarios.Key Learning Points
- Learn the fundamentals of statics and its applications in real-world scenarios
- Gain knowledge about vectors, forces, and moments
- Understand the equilibrium of rigid bodies and structures
Related Topics for further study
Learning Outcomes
- Develop a strong foundation in the principles and concepts of statics
- Apply statics knowledge to real-world scenarios
- Understand the equilibrium of rigid bodies and structures
Prerequisites or good to have knowledge before taking this course
- Basic knowledge of algebra and calculus
- Familiarity with vectors and their properties
Course Difficulty Level
IntermediateCourse Format
- Online
- Self-paced
Similar Courses
- Advanced Statics and Mechanics
- Structural Analysis and Design
Related Education Paths
Notable People in This Field
- Elon Musk
- Bill Gates
Related Books
Description
Course Overview: https://www.youtube.com/watch?v=sdom7zBIfkE
Outline
- Understanding Forces and Moments
- Course Overview
- 1-0 Introduction to Mechanics
- 1-1 Brief Introduction of Vectors
- 1-2 Basic Operations of Vectors: Vector Addition
- 1-3 Vector Addition: Triangle Rules
- 1-4 Cartesian Components (2D)
- 1-5 Cartesian Components (3D)
- 1-6 Decomposition of a Force into its Cartesian Components
- 1-7 Example: Cartesian Components
- 1-8 Introduction to Dot Product
- 1-9 Dot Product: Cartesian Components
- 1-10 Example: Dot Product
- 1-11 Introduction to Cross Product
- 1-12 Cross Product: Cartesian Components
- 1-13 Application of Cross Product: Calculating Area
- 1-14 Application of Cross Product: Moment of a Force
- 1-15 Example: Moment of a Force
- 1-16 Couple of Forces
- 1-17 Vector Operation: Mix or Triple (Scalar) Product
- 1-18 Application of Mix Product: Moment of a Force about an Axis
- 1-19 Example: Moment of a Force about an Axis
- Grading Criteria
- Quiz 1
- Equivalent Systems of Forces and Equilibrium
- 2-1 Equivalent Systems of Forces
- 2-2 Simplified Equivalent System
- 2-3 Example: Simplified Equivalent System of Forces in 2D
- 2-4 Equilibrium of a Rigid Body
- 2-5 Reactions at Different Supports
- 2-6 Example: Calculating Reactions
- 2-7 Equilibrium of a System of Rigid Bodies
- 2-8 Example: Equilibrium of a System of Two Rigid Bodies
- 2.9 2-Force Members
- 2.10 Example: 2-Force Members
- 2-11 3-Force members (Optional)
- Quiz 2
- Stability and Static Determinacy
- 3-1 Stability - Static Point of View
- 3-2 Example: Static Determinacy
- 3-3 Example: Static Indeterminacy
- 3-4 Kinematic Considerations - Rigid Body Motion
- 3-5 Kinematic considerations - Infinitesimal Motions
- 3-6 Stability - Kinematic Approach
- 3-7 Kinematic considerations - Multiple rigid bodies
- 3.8 Stability - Kinematic approach for Multiple Rigid Bodies, Part 1
- 3.9 Stability - Kinematic approach for Multiple Rigid Bodies, Part 2
- Quiz 3
- Trusses
- 4-1 Introduction to Trusses
- 4-2 Simple Trusses
- 4-3 Compound Trusses
- 4-4 Complex Trusses
- 4-5 Introduction to Method of Joints
- 4-6 Example: Method of Joints for Simple Trusses
- 4-7 Illustration: Method of Joints for Complex and Compound Trusses
- 4-8 Introduction to Method of Sections
- 4-9 Illustration: Computer-aided Analysis of Trusses
- Quiz 4
- Area properties and Moments of Inertia
- 5.1 Area and Centroid
- 5.2 Area and Centroid Examples
- 5.3 Example of a Half Circle
- 5.4 Example of Composite Areas
- 5.5 Distributed Loading
- 5.6 Example 1: Distributed Loading
- 5.7 Example 2: Distributed Loading
- 5.8 The First Theorem of Pappus-Guldiness
- 5.9 The Second Theorem of Pappus-Guldiness
- 5.10 Moments of Inertia - Part 1
- 5.11 Moments of Inertia - Part 2
- 5.12 Product Moment of Inertia
- 5.13 Radius of Gyration and Polar Moment of Inertia
- 5.14 Moments of inertia for Simple Geometric Shapes
- 5.15 Parallel Axis Theorem
- 5.16 Example: Moments of Inertia for a Combined Shape using Parallel Axis Theorem
- 5.17 Example: Proper Application of Parallel Axis Theorem for Shifted Axis
- 5.18 Transformation due to Rotated Axes
- 5.19 Moment of Inertia with respect to Rotated Axes
- 5.20 Mohr's circle
- 5.21 Example 1: Application of Mohr's Circle for Calculating Moments of Inertia with respect to Rotated Axes
- 5.22 Example 2: Special Cases regarding Mohr's Circle
- Quiz 5
- Internal Force Diagrams
- 6-1 Introduction to Internal Forces
- 6-2 Sign Convention of Internal Forces
- 6-3 Understanding Axial Force
- 6-4 Understanding Shear Force
- 6-5 Understanding Bending Moments
- 6-6 Sign convention: A critical review
- 6-7 Introduction to Axial, Shear and Bending Moment Diagram
- 6-8 Rules of Shear Force Diagram (Part 1)
- 6-9 Rules of Shear Force Diagram (Part 2)
- 6-10 Rules of Shear Force Diagram (Part 3)
- 6-11 Rules of Axial Force Diagram
- 6-12 Example: Axial Force Diagram
- 6-13 Rules of Bending Moment Diagram
- 6-14 Example: Bending Moment Diagram
- 6-15 Example 2: Bending Moment Diagram
- Please proceed to Module 7
- Static Analysis of a Structure
- 7-1 Analyzing Joints in Frames based on Internal Forces Diagrams
- 7-2 Stability and Reaction of the structure
- 7-3 Axial Force Diagram
- 7-4 Shear Force Diagram
- 7-5 Bending Moment Diagram
- 7-6 Summary: Major Steps of performing Static Analysis of a structure
- 7-7 Remarks
- 7-8 Example: Drawing Bending Moment Diagram using Fast Track Approach
- 7-9 Reactions and Force Decomposition
- 7-10 Axial Force, Shear Force and Bending Moment Diagrams
- Please rate this course!
- Quiz 6
- Post Course Survey
Summary of User Reviews
Mastering Statics course on Coursera has received positive reviews from many users. The course is highly recommended for students looking to deepen their knowledge of Statics, with a focus on applied problem-solving. Many users have praised the course's clear and concise explanations of complex topics.Key Aspect Users Liked About This Course
Clear and concise explanations of complex topics.Pros from User Reviews
- In-depth coverage of Statics topics
- Real-world examples and applications
- Engaging and interactive course content
- Excellent instructor support and feedback
- Great value for money
Cons from User Reviews
- Can be challenging for beginners
- Lack of hands-on projects or assignments
- Some technical issues with the platform
- Limited interaction with other students
- Not suitable for students looking for a broad overview of engineering topics
Lambros Katafygiotis
4.7 Raiting
Mastering Statics
- 4.7
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Course Overview: https://www. youtube. com/watch? v=sdom7zBIfkE Statics is the most fundamental course in Mechanics. e. the conditions under which it remains stationary or moves with a constant velocity-....
