Udemy – Engineering Mechanics: Statics 1 (Intuition + Application) 2022-4

Udemy – Engineering Mechanics: Statics 1 (Intuition + Application) 2022-4 Downloadly IRSpace

Apr 17, 2025 - 19:16 Updated: Apr 21, 2025 - 09:19

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Udemy – Engineering Mechanics: Statics 1 (Intuition + Application) 2022-4

Engineering Mechanics Course: Statics 1 (Intuition + Application). How can you stabilize a tower using cables? Or calculate the distance between two structures? Or find the right counterweight for the crane so it doesn’t fall? Do you want to know the difference between center, center of mass and center of gravity and center of pressure for the distributed loads experienced by beams, dams, water discharge mechanisms, fluid reservoirs and underwater tunnels? My name is Mark, I’m an aerospace and robotics engineer, and I’ll teach you all about it here in Engineering Mechanics: Statics Part 1. Vectors, forces, moments, distributed loads, body centers, fluid pressure – you will not only get A lot of intuition, but also, a lot of problem solving in 2D and 3D, that’s a promise. After this course, you will have a strong engineering foundation to continue with more advanced topics such as dynamics and structural analysis. This course requires you to be very active. I give you a problem and a tool to solve it. Then I ask you to solve it yourself and watch the solution videos only after the minimum attempt. This way you become a real problem solver. I have also created Python animations to make the concepts even more visual. No other static course does this. If you are looking for a career in mechanical, aerospace, civil or marine engineering, this Engineering Mechanics: Statics course is for you.

What you will learn in Engineering Mechanics: Statics 1 (Intuition + Application) course

How to apply vectors in two-dimensional and three-dimensional practical engineering problems
How to use force vectors to stabilize cable structures (particle balance)
How to calculate and apply moments in two-dimensional and three-dimensional practical engineering problems
How to describe and analyze two-dimensional and three-dimensional distributed loads applied to structures
How to simplify distributed loads to make analysis of structures easier
How to calculate the center, center of mass and center of gravity of an object
How to analyze underwater structures exposed to hydrostatic fluid pressure
How to calculate the center of area for complex structural sections