Particle Dynamics

The Lecture Note module provides foundational knowledge about particle dynamics to set the stage for deeper understanding.

• Gain foundational knowledge about particle dynamics.
• Set the stage for a deeper understanding of force and motion principles in mechanical engineering.

Module 1-1 Week introduces students to the basics of dynamics, including kinematics in Cartesian and Tangential-Normal coordinates.

• Learn the basics of dynamics and kinematics in different coordinate systems.
• Understand the fundamental principles of kinematics in Cartesian and Tangential-Normal coordinates.

Module 1-2 Week further expands on kinematics, covering topics such as kinematics in Polar coordinate and relative motion.

• Expand knowledge on kinematics, including Polar coordinate and relative motion.
• Gain a deeper understanding of kinematic principles in different coordinate systems.

Module 2-1 Week delves into topics such as Free body diagram and Newton's law in linear and rotational motion.

• Explore Free body diagram and Newton's laws in linear and rotational motion.
• Understand the application of Newton's laws to linear and rotational motion scenarios.

Module 2-2 Week continues the exploration of Newton's laws, covering rotational motion and centripetal force.

• Further understanding of Newton's laws in rotational motion scenarios.
• Explore the concept of centripetal force and its application in rotational motion.

Module 3-1 Week focuses on the concept of Work & Energy, exploring its principles and applications.

• Gain a comprehensive understanding of the principles of Work & Energy.
• Explore the practical applications of Work & Energy in mechanical engineering scenarios.

Module 3-2 Week covers Linear impulse momentum, providing insight into its principles and applications.

• Understand the principles of Linear impulse momentum and its importance in mechanical engineering.
• Explore practical scenarios where Linear impulse momentum plays a crucial role.

Module 4-1 Week delves into Angular impulse momentum and its practical applications.

• Explore the principles and practical applications of Angular impulse momentum.
• Understand the significance of Angular impulse momentum in mechanical engineering scenarios.

Module 4-2 Week provides an in-depth understanding of integral of EoM in Polar coordinate, crucial for advanced applications.

• Gain comprehensive knowledge of integral of EoM in Polar coordinate.
• Understand its significance and applications in advanced mechanical engineering scenarios.

Module 5-1 Week covers the Impact of particle, providing insights into its principles and practical applications.

• Understand the principles and practical applications of the Impact of particle.
• Explore scenarios where the Impact of particle plays a crucial role in mechanical engineering.

Module 5-2 Week explores the concept of energy loss during collision and its implications in mechanical engineering scenarios.

• Understand the concept of energy loss during collision and its significance in mechanical engineering.
• Explore practical scenarios where energy loss during collision is a crucial factor.

Module 6-1 Week delves into F=ma, Work-energy, and Impulse-momentum of the systems of particles, providing a comprehensive understanding.

• Gain a comprehensive understanding of F=ma, Work-energy, and Impulse-momentum of the systems of particles.
• Explore their significance and applications in mechanical engineering scenarios.

Module 6-2 Week provides practice problems of the kinetics of systems of particles, allowing for practical application of learned concepts.

• Apply the concepts learned in previous modules to practice problems of the kinetics of systems of particles.
• Gain hands-on experience in solving practical problems related to particle dynamics.

Module 7-1 Week explores Equations of motion of steady flow and their applications in mechanical engineering scenarios.

• Understand the principles and practical applications of Equations of motion of steady flow.
• Explore scenarios where this knowledge is crucial in the field of mechanical engineering.

Module 7-2 Week provides practice problems of variable mass, allowing for practical application of learned concepts in variable mass systems.

• Apply the concepts learned to practice problems of variable mass systems.
• Gain hands-on experience in solving practical problems related to variable mass in particle dynamics.

The FINAL TEST module allows students to demonstrate their understanding of the course material and receive a comprehensive evaluation of their knowledge.

• Demonstrate understanding of the course material through a comprehensive evaluation.
• Receive feedback on knowledge and skills acquired throughout the course.