Engineering Statics online course Complete Course & examples
Training
Online
Description
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Type
Training
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Methodology
Online
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Class hours
8h
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Start date
Different dates available
"Course DescriptionStatics is the basis for all other courses in mechanical Engineering. Statics. Statics Deals with the Equilibrium of Bodies, That Is Those That Are Either at Rest or Move with a Constant Velocity. Opposite to what Dynamics Is Concerned with that is the Accelerated Motion of Bodies. Statics is the Prerequisite for dynamics on academic Procedure. Target Student The ideal student for this course are the engineering students who are in first year of university and want to establish a great foundation for their future academic path. Statics is a great basis for rest of the Engineering studies. Course GoalsThis course has two specific goals:(i) Introduction of basic concepts of force, couples and moments in two and three dimensions. (ii) Developing analytical skills relevant to using concepts practically and having a solid Perception Course ObjectivesAfter the student successfully finished this course:(a)Determination of the resultant in plane and space for force systems.(b) Determination of the centroid and center of mass of plane areas and volumes.(c) Distinguish between concurrent, coplanar and space force systems(d) Drawing the free body diagrams and the skill to analyze that (e) Analyzing the reactions and pin forces induces in plane and space systems (f) Determination of friction forces and their effect on the equilibrium of a system.Teaching Strategies-The course will be taught via Lectures and Tutorial Sessions, the tutorial being designed to complement and enhance both the lectures and the student appreciation of the subject. -Course work assignments will be reviewed with the students. "
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About this course
"Determination of the resultant in plane and space for force systems.Determination of the centroid and center of mass of plane areas and volumes.Distinguish between concurrent, coplanar and space force systemsDrawing the free body diagrams and the skill to analyze thatAnalyzing the reactions and pin forces induces in plane and space systemsDetermination of friction forces and their effect on the equilibrium of a system.Developing analytical skills relevant to using concepts practically and having a solid Perception"
"The ideal student for this course are the engineering students who are in first year of university and want to establish a great foundation for their future academic path. Statics is a great basis for rest of the Engineering studies.Engineering StudentsEngineers studying for EITEngineers studying for PE"
Calculus
"-100% online -Access to the course for life -30 days warranty money back -Available from desktop or mobile app -Can begin and finish the course any time -Can repeat the course any times"
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Subjects
- Drawing
- Systems
- Engineering
- Engineering statics
- Space force system
- Diagrams
- Statics
- Mechanical
- Mechanical Engineering
- Analytical skills
- Vectors
- Gravitation
- Mechanics
- 2D
- Momento of Inertia
- Transfer of axes
- Virtual work
- Rigid body
- Friction
- Pappus
Course programme
Introduction to Statics
fundamental Concepts
Mechanics
Vectors
Working with vectors
Working with vectors
Newtons Laws
units
Law of gravitation
Solving Problems in Statics
2
Introduction
Force
Force Classification
Rectangular Components
Moment
Moment and Cross Product
Couple
Equivalent couple
Resultant
Algebraic Method
Rectangular Components
Dot Product
Moment and Couple
L02_Example1
L02_Example2
L02_Quiz
L02_Quiz
3
Introduction to equilibrium
Equilibrium
Free Body diagram in two dimension
Modelling types of contact
Equilibrium Condition in two dimensions
Categories of equilibrium
Two force member
Three force member
Adequacy of constraints
Categories of equilibrium in three dimensions
Constraints and statically determinacy
Equilibrium in three dimensions
Types of contact and force origin
L03_Example1
L03_Quiz
L03_Quiz
4
Introduction
Plane Trusses
Method of Joints
Redundancy
Method of Sections
L04_Quiz
5
Introduction to Distributed forces
Kinds of distribution
Center of mass and centroids
Centroids of lines, areas and volumes
Composite bodies
Theorem of Pappus
6
Introduction to Friction
Types of Friction
Dry Friction
Static Friction
Angles of Friction
Types of Friction Problems
L06_Quiz
7
Introduction to Virtual work
Work of Couple
Virtual work
Equilibrium of Particle
Equilibrium of Rigid Body
Principle of Virtual work
Degrees of Freedom
Quiz_L07
8
Moment of Inertia
Definition
Radius of Gyration
Transfer of axes"
Engineering Statics online course Complete Course & examples