Free online courseStatistics Engineering Mechanics

Course Description

If you're looking to dive into the world of engineering mechanics without the typical dry lectures, "Statistics Engineering Mechanics" is the course for you. This course, lasting 2 hours and 38 minutes, offers a brisk yet comprehensive exploration of engineering mechanics, making it perfectly suited for professionals seeking to expand their knowledge in this field.

Designed to be both informative and engaging, the course covers a wide array of essential topics, each presented in concise, digestible segments. You'll start with fundamental concepts like Force Vectors and Vector Components, delving into 11-minute lessons that strip away the complexity and get straight to the point.

Progressing further, the course takes you through the intricacies of 2D and 3D Vector Addition, DOT PRODUCT calculations, and 2D Unit Vector Notation, each explained in just a few minutes. These foundational topics are crucial for understanding more complex engineering mechanics, and our streamlined approach ensures you grasp them quickly and effectively.

One of the highlights of this course is the extensive coverage of Free Body Diagrams and Particle Equilibrium. In just 9 minutes, you'll master the concepts needed to analyze systems in equilibrium, complemented by quick examples like the Free Body Diagram of Joint Particle, pulley and cable systems, and scenarios involving extension springs and tension cables.

Building on these basics, the course shifts to more advanced topics, including the sum of moments and rigid body equilibrium. You'll explore 2D and 3D scenarios, learn about CROSS PRODUCT calculations, and get hands-on with practical examples, all within a few minutes each.

For those interested in structural analysis, the course offers a detailed examination of Trusses. Using methods like the Method of Joints and the Method of Sections, you’ll understand how to determine the forces within truss structures, both with and without reaction forces taken into account. Each method is broken down into concise, manageable lessons.

The course also provides a thorough overview of Shear and Bending Moment Diagrams, essential for analyzing the internal forces in beams. From finding reactions to dealing with distributed loads, every concept is covered in a clear and time-efficient manner.

Centroids and center of mass calculations are another focal point, with lessons on finding the centroid of composite areas and bodies, and the center of gravity for various objects. You'll even delve into hydrostatic pressure, learning to calculate fluid pressures in different contexts, including submerged gates and slanted surfaces.

The final section tackles the often challenging topic of friction. You'll learn about different friction scenarios, from poles and ladders against walls to the frictional forces required to keep books from dropping. Each concept is broken down in a matter of minutes, making it easy to understand and apply.

Without any reviews yet, this professional course in the subcategory of Engineering and Mechanics promises to offer a fresh, engaging take on complex topics. Whether you're a seasoned engineer or a newcomer, “Statistics Engineering Mechanics” provides a fast and effective way to enhance your understanding of engineering mechanics.