Understanding Fluid Solvers – Volume 1 by MIX Training

Understanding Fluid Solvers – Volume 1

Volume 1 will be about the math behind the stuff. starting with Calculus 1 (Differential Calculus) basics and explaining the stuff we will need later on. Then , Calculus 2 (Integral Calculus) ,then , Calculus 3 (which is the most important and called Multi-variable Calculus)a .I will also tend to some Linear Algebra concepts we will use.

Checkout the FREE!! lessons to get you started in the CONTENT section.

What you will be learning in each chapter

Chapter 1 : Differential Calculus

In this chapter , we will begin our journey in the math starting with calculus 1 and explaining the concepts we will need in our process . We will learn what’s a function and what’s a derivative. After that, we will differentiate our functions with different techniques. It’s recommended to have a good math background before you attend the course , but if you don’t I , I will do my best to make the concepts simple for everyone . You must have at least prep school knowledge.

Chapter 2 : Integral Calculus

Integration is the opposite of differentiation so we will talk about how to integrate our functions with different techniques.

Chapter 3 : Extra maths in the core , Multivariable Calculus.

 In this chapter we will finish the concepts of Calculus we need. Calculus 3 is the most important in our work . We will start to differentiate the multi-variable functions and integrate them. I will explain the most important derivative operators we need like gradient, divergence , curl, laplacian and many more ! Be ready for partial derivatives !

What's included?

Video Icon 1 video File Icon 50 files Text Icon 1 text file

Contents

00 - Fluid Solvers overview 01
6 mins
Community
01 - What's A function
02 - Graphing A function
03 - What's a limit
04 - Derivatives Part 1
05 - Derivatives Part 2
06 - Derivatives Part 3
07 - Derivatives Part 4
08 - Derivatives Part 5
09 - Derivatives Part 6
10 - Derivatives Part 7
11 - Derivatives Part 8
12 - Derivatives Part 9
13 - 14 - Derivatives Part 10
15 - What's Antiderivative
16 - Reverse Power Rule
17 - Some Integration Rules
18 - Integration by parts
19 - U-Subsitution
20 - Definite Integral
21 - Fundamental Theorem Of Calculus
22 - What's Multivariable Calculus
23 - Scalar Valued Functions
24 - Graphing more than two dimensions
25 - Vectors
26 - Vector Valued Functions Part 1
27 - Vector Valued Functions Part 2
28 - Partial Derivatives Part 1
29 - Partial Derivatives Part 2
30 - Partial Derivatives Part 3
31 - Partial Derivatives Part 4
32 - Gradient Introduction
33 - Gradient Example
34 - Directional Derivatives
35 - Multivariable Chain Rule
36 - Divergence Part 1
37 - Divergence Part 2
38 - Rotation in 2D (Curl Part 1)
39 - Rotation in 3D (Curl Part 2)
40 - Curl Formula(Curl Part 3)
41 - Curl Example(Curl Part 4)
42 - Laplacian Operator
43 - Line Integration Part 1
44 - Line Integration Part 2
45 - Double Integration Part 1
46 - Double Integration Part 2
47 - Surface Integrals
48 - 3D Flux
49 - Triple Integrals
50 - Divergance Theorem Part 1
51 - Divergance Theorem Part 2