Description
Course Objective
This course presents simplified methods and intuitive approaches to understanding and solving basic statics problems, covering topics like loads and forces on members, equilibrium equations, Newton’s laws, and it can be completed by anyone with high school trigonometry and algebra knowledge.
What Every Engineer Should Know About Structures Part B – Statics Applications
What Every Engineer Should Know About Structures Part C – Axial Strength of Materials
What Every Engineer Should Know About Structures Part D – Bending Strength of Materials
Course Description
Presented in an accessible style, the course “Statics Fundamentals for Engineers: Part A” offers simplified calculation methods and intuitive approaches to solving basic statics problems. With a focus on engineering mechanics, including structural analysis and design, this course covers diverse topics, from member loads and forces to managing uniformly varying distributed loads. Equilibrium equations are demystified through a straightforward method, while simplified assumptions aid in determining stabilizing forces for scenarios like preventing an extension ladder from sliding down a wall. The course integrates numerous illustrative problems complemented by clear diagrams. Newton’s three laws of motion find relevance, distilled into two principles tailored for statics applications. Empowering learners with a strong statics foundation, this course is a gateway to confident comprehension of essential engineering concepts.
It is important to understand that although this continuing education course will not cover concepts related to design, its topics, and problem-solving methodologies can be used to identify the quantitative level of force in different structures like a storage shelf or how drifting snow loads on a porch roof.
If you have taken high school trigonometry and algebra, you will be able to handle and thrive in this course.
Author: Professor Patrick L. Glon, PE
Course Number: 203
Course Hours: 4 PDH