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

Description

Engineering Mechanics Course: Statics 1 (Intuition + Application). Do you want to discover the secrets of structural strength? Use steel cables to stabilize towers? Or balance the giant crane? This course is a gateway to this wonderful world. I, Mark, an aerospace and robotics engineer, am passionate about teaching you the fundamentals of statics. What will you learn in this course?

Vectors: Learn the language of engineering and master solving complex problems.
Forces: Discover the secret of balance and stability of structures.
Torques: Understand torques and use them to analyze the motion of objects.
Distributed Loads: Simplify complex loads and master structural analysis.
Center of Gravity: Find the center of balance of objects and use it to analyze motion and stability.
Fluid Pressure: Overcome the mysterious forces of fluids in underwater structures.
Center of Area: Discover the Secret of Load Distribution in Complex Sections.

Why choose this course?

Deep Learning: Gain deep intuition and understanding of static concepts.
Problem Solving: Improve your ability to solve complex engineering problems in 2D and 3D.
Proactive and dynamic: Become a true problem solver by solving challenging problems.
Engaging Animations: Understand concepts with visual and interactive Python animations.
Strong foundation: prepare to enter more advanced topics such as dynamics and structural analysis.

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

The use of force vectors in the analysis and design of structures:
- Stabilization of cable structures (balance of particles): Checking the balance of forces on cable structures and how to distribute stress in them using force vectors.
- Calculation and application of torques: analysis of torques on structures and their impact on their stability and seismic behavior.
Analysis of distributed loads on structures:
- Description and analysis of distributed loads: investigation of types of distributed loads (such as snow load, wind load) and how to model them as vectors and load distributions.
- Simplifying distributed loads: Introducing different methods for simplifying distributed loads to facilitate the analysis of structures.
Center, center of mass and center of gravity:
- Calculation of the center, center of mass and center of gravity of the object: determining the coordinates of these points for different geometric shapes and complex objects.
- Application of the center, center of mass and center of gravity: examining the importance of these points in the stability, dynamic and geometric analysis of structures.
Analysis of underwater structures:
- Hydrostatic fluid pressure: investigating the concept of fluid pressure in deep water and its effect on submerged structures.
- Analysis of underwater structures: analysis of stress, deformation and stability of underwater structures considering fluid pressure and other loads.
Area center:
- Calculating the center of the area: determining the coordinates of the center of the area for different geometric sections and complex sections.
- Application of center of area: Investigating the importance of center of area in the analysis and design of beams, columns and other structural members.