# Download Udemy – Dynamics 2: Mathematical modeling & analysis of rigid bodies 2023-3

## Description

Dynamics 2 course: Mathematical modeling & analysis of rigid bodies. In the world of engineering, understanding how objects move and interact, such as robots, machines, structures, etc., is of great importance. This course teaches you how to predict and analyze the motion of these objects using powerful mathematical tools. In this course, you will be introduced to key concepts such as kinematics (the study of motion without considering forces), dynamics (the study of motion with forces considered), work and energy, impact and momentum, and Lagrangian mechanics. You will also learn how to use these concepts to mathematically model various systems, such as wind turbines, gyroscopes, satellites, etc.

### What you will learn in the course Dynamics 2: Mathematical modeling & analysis of rigid bodies

• Kinematics of bodies: How to analyze the motion of bodies in two and three dimensions, without considering forces
• Dynamics of bodies: How to analyze the motion of bodies in two and three dimensions, considering forces
• Mathematical modeling of rigid body systems: converting a physical system into a solvable mathematical model
• Principles of Work and Energy: Simplifying the Analysis of Complex Systems Using the Concepts of Work and Energy
• Impulse and Momentum Principles: Simplifying the Analysis of Complex Systems Using Impulse and Momentum Concepts
• Lagrangian mechanics: analysis of systems subject to conservative forces

### This course is suitable for people who

• Engineering Students: This course is ideal for engineering students in control, mechanical, civil, aerospace and marine disciplines who seek a deeper understanding of the motion of rigid bodies.
• Professional engineers: Professional engineers in control, mechanical, civil, aerospace, and marine fields who seek to improve their skills in modeling and mathematical analysis of solid bodies can benefit from this course.

### Course details

• Publisher: Udemy
• teacher: Mark Misin Engineering Ltd
• Training level: beginner to advanced
• Training duration: 14 hours and 52 minutes
• Number of courses: 182

### Dynamics 2 course prerequisites: Mathematical modeling & analysis of rigid bodies

• Functions, Derivatives and Integrals from Calculus
• The concepts from Statics such as: vectors, forces, moments, equilibrium and friction.
• The concepts from particle dynamics such as: kinematics, forces & moments, work, energy, impulse and momentum

### Installation guide

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