BD-SimuLab

Mastering Engineering Computation: Fluid ad Heat Transfer analysis

Batch: 01

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Part-1: CFD Theory Course Introduction

Course Introduction

Module-1 Intoduction to CFD (Computational Fluid dynamcis)

CFD Overview and applications

Governing Equation

Basics of Fluid Mechanics

Basics of Heat Transfer

Module-2 Intoduction to Numerical Methods for CFD

Basic Flow parameters

Numerical Method- FDM- First order Approximation

Numerical Analysis: First Order Example

Numerical Method- FDM- Second order Approximation

Module-3 CFD strategy and FDM descritisation

Finite difference Descritisation

Discrete system and Grid Convergence

Dealing with non-linearity

1D Steady state Heat Conduction- Solving with FDM

Module-4 Navier-Stokes Equations

Continuity Equation

Momentum Equation

Energy Equation

Pressure Poisson Equation

Module-5 2D discretization and Transient Analysis

2D Discretization

Transient Analysis: 1D Heat Conduction Equation

Solution Procedure of Transient Equation

Part-2: MATLAB Programming for Numerical Analysis Module-6 Programming Fundamentals in MATLAB

Introduction To MATLAB

Basic MATLAB Operations

MATLAB Vector and Matrix Operation

MATLAB Array Operation

Introducing MATLAB Script

Module-7 Array Example and MATLAB Logical Operations

Array Operation Example

Conditional Statement: If and Elseif Operation

Conditional Statement: Switch case Operation

Loop Operation: For Loop

Loop Operation: While Loop

Module-8 Loop Example, Function, Object Class

Example: Exam grade analysis using for Loop

Example: Search for First Negative Element in the Array

How to create a Function in MATLAB

Calculate Area of Rectangle and Input of Array in Function

How to Create Class Constructor?

Importing Class in Script

Module-9 Advanced Loop Opeartion and Examples

Break and Continue operations

Introduction to 2D Array

Nested Loop Operations

Module-10 Workshop:1- 1D Steady-state Controlled pipe flow analysis

Problem description

Defining pipe parametrs and Boundary conditions

Loop Operation and Numerical Discretization

Introducing Flow through iteration

How to converge the solver?

Creating Controlled Flow Environments

Module-11 MATLAB Plotting

Basic MATLAB Plotting

Multi-Line MATLAB Plotting

Example 1: Creating Velocity Profile Problem Description

Example 1: Creating Velocity Profile

Example 2: Update velocity profile and Plot Converged result

Module-12 Workshop-2: Simulate the steady-state flow of an incompressible fluid through a straight pipe and analyze the velocity and pressure fields within the pipe (2D Flow Analysis)

Problem description

Defining input Parameters and Creating Mesh Grid

Defining Initial Conditions

Boundary Conditions Setup

Intoroducing Governing Equation

Intoroducing Iteration using While Loop

Intoroducing pressure Gradients

Define Boundary Conditions inside Loop

Plotting Velocity Profile

Plotting Velocity Gredient and Pressure Profile

Module-13 Workshop-3: Determine the temperature distribution in the plate as a function of time and space using the 2D transient heat conduction equation

Problem description

Parameters Input

Introducing Initial Temperature

Introducing Governing Equation

How to apply Boundary Conditions?

Result Analysis

Part-3: MATLAB Simulink/Simscape for Model based design or System design Module-14 Introduction to Modelbased design: MATLAB Simulink

Introduction to Model Based Design: Simulink Simscape

How to initialise a model in Simulink?

Programming vs Simulink with Example part 1

Programming vs Simulink with Example part 2

Programming vs Simulink with Example part 3

Module-15 Advance Simulink operations

How to Implement Simulink Logical Operation?

How to Implement Equation in Simulink?

Mass-Spring-Damper Simulation Part 1

Mass-Spring-Damper Simulation Part 2

Module-16 Introduction to Modelbased System design unsing Simscape

Introduction to Modeling in Simscape

Simscape for Mechanical Block introduction

Basic Model building in Simscape and Solver Configurations

Module-17 Workshop 4: Analysis of Fluid Dynamics in a Multi-Tank System with Varying Elevations and a Common Node

Problem description

System Model development

Parameters Input in System Components

Result Analysis Part-1

Result Analysis and Flow rate Calculation Part-2

Module-18 Workshop 5: Water supply system development and analysis using Simscape Fluid Blocks

Problem description

Importing parameters in .m file

Model Development Part 1

Model Development Part 2

How to import Parametrs from .m file?

Display result output

Module-19 Workshop 6: A simple thermal Management Model development using Simscape Thermal Block

Problem description

Model development and Result Analysis

Introducing PID Controller

Module-20 Workshop 7: A house heating system dvelopment using Simscape Thermal Block

Problem description

Room Thermal Load, Conduction and Convection system design

Introducing room heater and Controller

How to introduce Transfer Function?

Importing Parameters

Result Analysis

Module-21 Workshop 8: Development of a CPU Cooling System using Simscape Gas Components Blocks

Introduction to CPU Cooling system

Importing CPU Cooling parameters from mat file

Developing Design Environment and Heat Sink

Introducing Three Level Fan Controller and result Analysis