Fundamentals of Statics [Free Course]

Nisdon September 10, 2017
Get to grips with static structural analysis once and for all. In this course we focus on getting the basics right.
Instructed by: Dr Seán Carroll | Subject: Academics, Math & Science

Fundamentals of Statics [Udemy Course]

Description

This course covers fundamental concepts and methods in static structural analysis. Starting with the very basics, we consider forces, moments and how to use the principle of static equilibrium. We then move on to look at pin-jointed structures or trusses; what are they and how do we analyse them? We'll cover the joint resolution method and method of sections in detail. Worked examples are used extensively to demonstrate the practical application of theory. Based on my experience lecturing to engineering undergraduates, the course focuses on those areas students find particularly tricky when starting out. The link between theory and practice is reinforced using my experience as a structural design engineer. The course includes video lectures which combine screencast voice over with traditional style lectures. The emphasis is on worked examples with students encouraged to try questions before the detailed solution is presented. The teaching philosophy is 'learn by doing!'. This course is suitable for engineering students who find their structures lectures confusing and feel a little lost when it comes to structural analysis. Students wishing to get a head start before starting their degree programme or more advanced engineering students who need a refresher would also benefit from taking this course.

Outcome

  1. You will understand key concepts such as the moment of a force, static equilibrium and determinacy
  2. You will be able to determine the support reactions for structures subject to a range of loading conditions
  3. You will learn to use the Joint Resolution Method and Method of Sections to analyse pin-jointed truss structures
  4. You will understand the key differences between simplified analysis models and the behaviour of real world structures
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