Mastering 3D Rotations: Rodrigues' Rotation Formula Explained | Finite Rotation Series (Part 3 of 4) скачать в хорошем качестве

Mastering 3D Rotations: Rodrigues' Rotation Formula Explained | Finite Rotation Series (Part 3 of 4)

🚀 Welcome to Part 3 of our four-part mini-series on handling 3D finite rotation in geometric nonlinearities! 🚀 In this video, we break down Rodrigues' Rotation Formula, an elegant and computationally efficient method for handling 3D rigid body rotations using just an axis and an angle. Unlike Euler angles, this approach avoids gimbal lock while being more intuitive and efficient than the Direction Cosine Matrix (DCM). 📌 What You'll Learn: ✅ The fundamentals of Rodrigues' Rotation Formula and its real-world applications ✅ How to represent 3D rotations using an axis and an angle ✅ The step-by-step derivation of Rodrigues' Rotation Formula ✅ Why this method is more efficient than Euler angles & DCM ✅ The geometric interpretation of 3D rotations ✅ When to use Rodrigues' formula vs. other rotation methods 📌 Who is this for? This series is perfect for engineers, aerospace professionals, robotics enthusiasts, and structural analysts looking to gain a deeper understanding of 3D finite rotations! 🛠 What's Coming Next? 👉 Stay tuned for Part 4, where we explore Quaternions, the final and most robust method for 3D rotations! 🔔 Subscribe for More Engineering Content! 🚀 Never miss a deep-dive tutorial—subscribe and turn on notifications! → https://bit.ly/4aMbzUC 💬 Have questions? Drop them in the comments below! 👍 Like this video? Hit the Like button to support the channel! 📚 Lecture Notes & Additional Resources: 📌 Lecture Notes for THIS Video: https://bit.ly/4gt8SZ9 📌 Lecture Notes for Other Videos: https://bit.ly/37OH9lX 📍 CHAPTERS (Jump to Any Section!): 0:00 Intro 0:03 Introduction to Rodrigues' Rotation Formula 0:11 Why Use Rodrigues' Formula? (Computational efficiency & avoiding gimbal lock) 0:27 Applications in Structural Mechanics, Robotics, Aerospace & Graphics 0:52 Rodrigues' Formula vs. Euler Angles & Direction Cosine Matrix (DCM) 1:30 Mathematical Foundation: Axis-Angle Representation 2:18 Step-by-Step Derivation of Rodrigues' Rotation Formula 3:45 Understanding Rotation Planes & Unit Vectors 4:52 Geometric Interpretation of the Rotation Process 6:10 Computing the Rotation Using Vector Components 9:30 Final Rodrigues' Rotation Formula 10:12 Advantages & Disadvantages of Using Rodrigues' Formula 12:45 Comparing All Three Methods: Euler Angles, DCM & Rodrigues' Formula 13:59 Conclusion & What’s Next in the Series 14:30 Like, Subscribe & Access Lecture Notes #RodriguesRotationFormula #3DRotation #RigidBodyRotation #StructuralMechanics #GimbalLock