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Welcome to Applied Mechanics II - Engineering Dynamics
Syllabus - CE2120 Fall 2024
About the Instructor
Module Content
Module 0 - Getting Started
Overview
Interacting with Python
Module 1 - Definitions and equations
Reference Material: Videos + Notes
Introduction to Engineering Dynamics
Philosophy of Newtonian Mechanics
Definitions in Dynamics: kinematics and kinetics
Snowflake time of flight
Homework #1
Project_01 - Develop Dynamics Project Proposal
Module 2 - constrained dynamic motion
Reference Material: Videos + Notes
Working with Python
Rigid body lectures and notes
Mechanical advantage
Driving forces for moving systems
Happy Valentine’s Linkage
Module_02 Homework
Module 2 - Project: four-bar linkage design
Module 3 - Constrained engineering systems
Reference Material: Videos + Notes
Solutions with equations of motion
Introduction to functions and integration
Examples in Kasdin+Paley dynamics
Solving equations of motion
Pendulum plotting solution
Nonlinear pendulum solution
Rolling on hemisphere
Homework
Module 3 - Project: pendulum solutions
Module 4 - Momentum and Energy
Materials
Weighted dice
Central force motion
A moving reference frame with conservation of angular momentum
Yoyo despin design
Homework
Module_04 - project
Module 5 - dynamics in your career
Module 05 - project
build an example
Project proposal - car accident impulse/momentum
Module 05 - project
build an example
CE 2120 Project -
Knee Joint Model
Project proposal - robotic arm
Binder
JupyterHub
Repository
Open issue
.ipynb
.pdf
Project proposal - robotic arm
Project proposal - robotic arm
#
robotic arm pdf
