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Conceptual dynamics

Track :

Mathematics

Course Presenter :

Kay Rand Morgan

Lessons no : 23

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What will you learn in this course?
  • Apply principles of kinematics and kinetics to analyze motion of particles and rigid bodies in real-world engineering scenarios
  • Utilize work-energy and impulse-momentum methods to solve dynamic problems involving forces and motion
  • Model vibrations and oscillations to predict system behavior in mechanical and structural engineering applications
  • Develop intuition for dynamic behavior of systems through conceptual understanding of forces, motion, and energy transfer
  • Analyze planar motion of systems of particles and rigid bodies using fundamental dynamics principles
  • Apply dynamic analysis techniques to design and optimize mechanical systems and components
  • Interpret and solve engineering problems involving vibrations, oscillations, and system stability
  • Utilize theoretical concepts to develop practical solutions for dynamic system modeling and analysis

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Lessons | 23


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Ouakrim Oumaima

Thanks for the course
2025-09-29

Engy Amgad

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2025-08-30

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Conceptual dynamics, in this course we will learn about Conceptual dynamics course. This course covers the fundamental principles of dynamics, focusing on the conceptual understanding of motion and forces acting on particles and rigid bodies. You will explore key topics such as kinematics, kinetics, work-energy principles, and impulse-momentum methods to analyze the motion of objects. The course emphasizes applying these concepts to solve real-world engineering problems and develop intuition for dynamic behavior. You will also learn about vibrations, oscillations, and the dynamics of systems of particles and rigid bodies in planar motion. Through theoretical explanations and practical examples, this course aims to build a strong foundation in dynamics that supports advanced study and engineering design applications. By mastering conceptual dynamics, you will enhance your ability to model, analyze, and predict the behavior of mechanical systems effectively. Kay Rand Morgan