Auflagerkräfte berechnen | Technische Mechanik Nachhilfe

Here are my mechanics courses 📘: https://techrakete.com/kurse/ Calculating support forces - This video on engineering mechanics focuses on calculating support reactions. To calculate support reactions, we apply the equilibrium conditions. In this tutorial example, I'll show you how to calculate support forces Fa and Fb. Follow my channel directly for more mechanics exercises with solutions! 🚀 How to pass your next mechanics exam... even if you don't have a plan right now! Get my free work plans for mechanics now and master this subject with ease: https://techrakete.com/arbeitsplaene-... OTHER VIDEOS YOU MIGHT LIKE: 🎥 Calculating support forces:    • Auflagerkräfte berechnen | Technische Mech...   🎥 Removing components:    • Mechanik Freimachen von Bauteilen | Freisc...   🎥 Calculating parallel keys:    • Passfederverbindung berechnen | Passfeder ...   WORKBOOK USED: 📚 Roloff/Matek Machine Elements: https://amzn.to/3FVeuvE ____________________________________ ✅ Reminder ✅: In In mechanics or statics, most calculations are based on the so-called equilibrium conditions. In simple terms, this means that a body does not move under load. Both moments and forces can act on a body. If the forces or moments acting on the system are added to zero, a force equilibrium, or moment equilibrium, is created. If the mass m and acceleration a of a body are known, the magnitude of the force is determined from the formula: Force F = Mass m * Acceleration a A moment is created by a force acting on a rotational axis via a lever arm. The moment – ​​or torque – is proportional to the force and the lever arm. The lever arm is the distance between the applied force and the rotational axis. The torque is thus the product of the force and the lever arm (normal distance). Moment M = Force F * Normal Distance l For clockwise rotation, the moment becomes negative, and for counterclockwise rotation, it becomes positive. 👉 In mechanical engineering or mechatronics studies, i.e., in a traditional engineering degree program, machine elements play a major role, just as they do in a technical school or engineering training program. During your studies, you will often encounter them in various lectures called Machine Elements, Machine Elements 1, Machine Elements 2, Mechanical Design Theory, or as a sub-area of ​​Technical Mechanics 1, Technical Mechanics 2, or Technical Mechanics 3. The course content here is the teaching of the fundamentals of the professional 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 leisure and repeat the examples shown as often as you like. Whether you are at a higher technical college (HTL), technical school, high school, university, apprenticeship, or training, there is an explanation for everyone! I hope you enjoyed this video and, ideally, even learned something or understood something better! I would be delighted if you would like, share, or comment on the video! I have many more videos on various topics. If you don't want to miss a video, just 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... You can subscribe to my channel using this link: 🚀https://www.youtube.com/c/techrakete?... Follow me on Instagram or Facebook 📱:   / techrakete     / techrakete   #mechanics #mechanicsbasics #mechanicstasks