Linienschwerpunkt berechnen | Technische Mechanik Nachhilfe | Schwerpunkt berechnen

Here's the link to my mechanics courses 📘: https://techrakete.com/kurse/ This video on engineering mechanics deals with calculating the center of gravity of a line and the theory of centers of gravity. In this tutorial example, I'll show you how to calculate the center of gravity in 5 steps. Follow my channel for more mechanics problems with solutions! 🚀 How to pass your next mechanics exam... even if you don't have a plan right now! Get my free study plans for mechanics now and master this subject with ease: https://techrakete.com/arbeitsplaene-... OTHER VIDEOS YOU MIGHT LIKE: 🎥 Calculating Support Reactions:    • Auflagerkräfte berechnen | Technische Mech...   🎥 Free-Making Components:    • Mechanik Freimachen von Bauteilen | Freisc...   🎥 Calculating Keyways:    • Passfederverbindung berechnen | Passfeder ...   REFERENCE BOOK USED: 📚 Roloff/Matek Machine Elements: https://amzn.to/3FVeuvE ____________________________________ ✅ Reminder ✅: The geometric center of gravity of The center of gravity of a line is called its centroid. Calculating the centroid is necessary for several applications in mechanics. The centroid is of interest, for example, in punching operations. Here, the force applied by the tool should be directed at the centroid of the workpiece contour to generate evenly distributed shear forces. Knowing the centers of gravity of simple lines is important: • for determining the center of gravity of a truss (a structure composed of bars) • when using punching tools • when calculating the surface area of ​​solids of revolution using Guldin's rule Depending on the position of the reference edge, it is possible for partial center of gravity distances and/or the total center of gravity distance to have a negative sign. 👉 In mechanical engineering or mechatronics studies, i.e., in a classic engineering degree program, machine elements play a major role, just as they do in technical schools or engineering apprenticeships. In your studies, you'll often encounter it in various lectures called Machine Elements, Machine Elements 1, Machine Elements 2, Machine Design Theory, or as a subfield of Engineering Mechanics 1, Engineering Mechanics 2, or Engineering Mechanics 3. The curriculum covers the fundamentals of the proper design and calculation of machine elements. Machine elements include, for example, axles and shafts, shaft-hub connections, rolling bearing theory, rolling bearing design, lubrication, couplings, gears, and spur gears. 👉 With my explanatory videos, you can learn at your own pace and repeat the examples as often as you like. Whether you're at a higher technical college (HTL), vocational school, high school, university, apprenticeship, or vocational training, there's an explanation for everyone here! I hope you enjoyed this video and, ideally, that you even learned something or gained a better understanding! I would be happy if you liked, shared, or commented on the video! I have many more videos on various topics. If you don't want to miss any videos, simply click the "Subscribe" button to receive updates for my next video! ____________________________________ 🌐 My Website 🌐: https://www.techrakete.com Want to see more videos? Then visit my channel: 🚀    / @techrakete   Here you'll find playlists on various topics: 🚀 https://www.youtube.com/@techrakete/p... Subscribe to my channel with this link: 🚀https://www.youtube.com/c/techrakete?... Follow me on Instagram or Facebook 📱:   / techrakete     / techrakete   Source for the example: Böge Problem Collection Engineering Mechanics #mechanics #mechanicsfundamentals #mechanicsproblems