Structural Loading: Loading Types and Forces

Become more proficient with the different loading types and limit state design

What you’ll learn
You will know what the different loading types are and when to apply each
You will review the different loading conditions
You will understand the foundations of the limit state design
You will explore the different design working life categories

Requirements
Knowledge of basic engineering terms and calculations would be helpful but is not essential

Description
By the end of this short course you will be able to pick out the correct loading type for your design and have an understanding of the limit state design. Using real world examples, you will have the tools to make you more relevant in an office environment. The loading code used in the creation of this course is the Eurocode.

I have designed this course for engineers early in their career that are looking to take the theory based learning and apply it to real world design cases. The on demand videos and quizzes focus not only running through the theory, but also real world situations that are not often found in text books.

The main items we’ll focus on in this course are

Loading Types (dead, live, wind, snow and accidental)

Limit State Design (ultimate and serviceability)

Forces Refresher (point, uniformly distributed and moment)

Design Working Life

The focus is on taking you beyond the textbook theory to real world design situations to make you more relevant and proficient in the office.

This course has been specifically designed to give value to you, the student, and lifetime access means you will receive all future updates and additions free of charge.

If you are not 100% sure this course is for you, feel free to take a look around. If you are not convinced, there is a 30 day money back guarantee with no hard feelings or questions asked.

Thanks for taking the time to view this course, and I hope to see you in there!!

Who this course is for
Structural engineers early in their career looking to become more relevant in the office
Students studying structural engineering
Structural engineers returning to the field