Continuum Mechanics II

Course Content

Kinematics
The various possible types of motion leaving aside the causes to which the initiation of motion may be ascribed. - E.T. Whittaker

Week One: Continuum Mechanics II. Introduction
Week Two: The Deformation Gradient

01:46:16
Tutorial Kinematics 1
Week Three: The Strain Tensors
Design Three: The Pounded Yam Challenge
Week Four: Differential & Integral Calculus on Deforming Bodies
Design Four: The Broken Hinge
Week Five: Velocity Gradient & other Tensors of Motion
Code: Full Displacement
Week Six: MEG 416 Test Instructions
Self-Test Instructions

Covid-19 Zoom Lectures

Design Five: The Covid Face Shield
The Ventilator Challenge
Oafak.com Website
Zoom Lecture 001: Design, Simulation and Optimization
Event Simulation Lecture Registration
Zoom Lecture 002: Event Simulation
Autodesk Non-linear Algorithms
Zoom Lecture 003: Event Simulation Work Flow
Autodesk CFD Simulation Lecture Registration
Zoom Lecture 004: Autodesk CFD Simulation
Autodesk CFD Simulation Lecture II
Zoom Lecture 005: Autodesk CFD Simulation Lecture II
Autodesk CFD Simulation Lecture III
Zoom Lecture 006: Fusion 360 API Python
Zoom Lecture 007: Fusion 360 API Python Impeller
Zoom Lecture 008: Boundary Conditions
Autodesk CFD Simulation Lecture Codes
Zoom Lecture 009: Boundary Conditions III
Design, Simulation, & Optimization Lecture Registration
Design Lecture Series: Python for Modeling, Machine Learning & Design
Python for Modeling, Machine Learning & Design: Pre-Lecture Guide

Stress & Heat Flux

Natural Balance Principles

Kinematics (PG 2021 Videos)

Week 7: Introduction

02:01:36
Deformation Gradient

01:46:16
Week 8: Polar Decomposition Theorem

02:08:42
Mathematica Coding Session/ Polar Decomposition Theorem

02:02:20
Week 9: The Strain Tensors

01:26:29
Week 9: Kinematics Tutorial

02:01:12
Week 10: Fusion 360 Tutorial(Part 1)

00:00
Week 10: Fusion 360 Tutorial(Part 2)

22:50
Week 10: Differential & Integral Calculus for Deforming Bodies

02:01:05
Week 11: Velocity Gradient & Other Tensors of Motion

02:04:14
Week 11: Kinematic Tutorial II

54:43
Week 11: Online Mathematical Coding Class 4

56:54
Chapter 4: Self-Test Instruction

Student Ratings & Reviews

5.0

Total 1 Rating

1 Rating

0 Rating

Chidiebube Okeke

5 years ago

This is a wonderful course that helped us understand the factors that determine the various deformation of a body or material.

Continuum Mechanics II

What Will You Learn?

Course Content

Kinematics The various possible types of motion leaving aside the causes to which the initiation of motion may be ascribed. - E.T. Whittaker

Week Four: Differential & Integral Calculus on Deforming Bodies

Design Four: The Broken Hinge

Week Five: Velocity Gradient & other Tensors of Motion

Code: Full Displacement

Week Six: MEG 416 Test Instructions

Self-Test Instructions

Covid-19 Zoom Lectures

Design Five: The Covid Face Shield

The Ventilator Challenge

Oafak.com Website

Zoom Lecture 001: Design, Simulation and Optimization

Event Simulation Lecture Registration

Zoom Lecture 002: Event Simulation

Autodesk Non-linear Algorithms

Zoom Lecture 003: Event Simulation Work Flow

Autodesk CFD Simulation Lecture Registration

Zoom Lecture 004: Autodesk CFD Simulation

Autodesk CFD Simulation Lecture II

Zoom Lecture 005: Autodesk CFD Simulation Lecture II

Autodesk CFD Simulation Lecture III

Zoom Lecture 006: Fusion 360 API Python

Zoom Lecture 007: Fusion 360 API Python Impeller

Zoom Lecture 008: Boundary Conditions

Autodesk CFD Simulation Lecture Codes

Zoom Lecture 009: Boundary Conditions III

Design, Simulation, & Optimization Lecture Registration

Stress & Heat Flux

Week Eight: Stress and Heat Flux II

Week Nine: Theory of Stress & Heat Flow (Tutorial)

Natural Balance Principles

Week 10: Balance of Mass

Week 11: Balance of Mass (Tutorial)

Week 12: Balance of Momentum

MEG 416/SSG 431: Self Test Instruction

Self-test Instruction: Chapter Four

First Semester Exams: MEG 416 & SSG 431 Exam Instructions

Kinematics (PG 2021 Videos)

Week 7: Introduction

Deformation Gradient

Week 8: Polar Decomposition Theorem

Mathematica Coding Session/ Polar Decomposition Theorem

Week 9: The Strain Tensors

Week 9: Kinematics Tutorial

Week 10: Fusion 360 Tutorial(Part 1)

Week 10: Fusion 360 Tutorial(Part 2)

Week 10: Differential & Integral Calculus for Deforming Bodies

Week 11: Velocity Gradient & Other Tensors of Motion

Week 11: Kinematic Tutorial II

Week 11: Online Mathematical Coding Class 4

Chapter 4: Self-Test Instruction

Student Ratings & Reviews

Kinematics
The various possible types of motion leaving aside the causes to which the initiation of motion may be ascribed. - E.T. Whittaker