Continuum Mechanics II

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Continuum Mechanics II

Course level: Intermediate
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Categories Continuum Mechanics
Total Enrolled 144
Last Update May 5, 2022

What Will I Learn?

Kinematics
Theory of Stress & Energy Flow
Natural Balance Laws of Mass, Linear & Angular Momentum
The Principle of Entropy and Energy Quality
Practicum: Modeling, Simulation, Failure Analysis & Design

Topics for this course

54 Lessons

Kinematics

Week One: Continuum Mechanics II. Introduction

Week Two: The Deformation Gradient1:46:16

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: Introduction2:01:36

Deformation Gradient1:46:16

Week 8: Polar Decomposition Theorem2:08:42

Mathematica Coding Session/ Polar Decomposition Theorem2:02:20

Week 9: The Strain Tensors1:26:29

Week 9: Kinematics Tutorial2:01:12

Week 10: Fusion 360 Tutorial(Part 1)00:00:00

Week 10: Fusion 360 Tutorial(Part 2)22:50

Week 10: Differential & Integral Calculus for Deforming Bodies2:01:05

Week 11: Velocity Gradient & Other Tensors of Motion2:04:14

Week 11: Kinematic Tutorial II54:43

Week 11: Online Mathematical Coding Class 456:54

Chapter 4: Self-Test Instruction

Student Feedback

5.0

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CO

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.

₦20,000.00

Material Includes

Textbook: OA Fakinlede - Continuum Mechanics for Modeling, Design and Analysis
Self Test platform
Lecture Slides
Videos

Requirements

Fusion 360: Simulations, Design & Analysis
Mathematica: Symbolics Algebra, Graphics & Computations

Tags

angular-momentum.linear-momentum balance-laws deformation energy-flow entropy failure-analysis momentum simulation strain stress

Target Audience

4th year undergraduates of Mechanical/Systems Engineering at the University of Lagos, Nigeria.