SolidWorks Flow Simulation 2024 Black Book

SolidWorks Flow Simulation 2024 Black Book
By
Gaurav Verma
Matt Weber
(CADCAMCAE Works)
Edited by
Kristen
TABLE OF CONTENTS
Preface vii
About Author ix
Chapter 1 : Starting with Computational FluidDynamics
Introduction of Fluid Mechanics 1-2
Basic Properties of Fluids 1-2
Mass Density, Weight Density, and Specific Gravity 1-2
Viscosity 1-2
Problem on Viscosity 1-3
Types of Fluids 1-4
Thermodynamic Properties of Fluid 1-4
Universal Gas Constant 1-5
Compressibility of Gases 1-5
Vapour Pressure and Cavitation 1-5
Pascal’s Law 1-5
Fluid Dynamics 1-5
Bernoulli’s Incompressible Fluid Equation 1-5
Eulerian and Lagrangian Method of Analysis 1-6
Differential Approach of Fluid Flow Analysis 1-7
Acceleration 1-7
Introduction to CFD 1-7
Introduction to SolidWorks Flow Simulation 1-12
Starting SolidWorks Flow Simulation 1-14
Preparing Component For Simulation 1-17
Creating lids by Solid Modeling (First Method) 1-18Creating Lids using the Create Lids tool (Second Method)
1-21
Checking Geometry for leakage 1-24
Leak Tracking 1-26
Engineering Database 1-30
Practical 1 1-32
Self Assessment 1-36
Chapter 2 : Creating and Managing Flow Simulation
Project
Starting Projects 2-2
Creating Project 2-2
Computational Domain 2-13
Fluid Subdomains 2-16
Rotating Region 2-19
Setting Material for Model 2-19
Importing Material Data 2-20
Boundary Conditions 2-21
Specifying Flow Opening 2-23
Specifying Pressure Opening 2-26
Specifying Wall Boundary Condition 2-27
Radiative Surfaces 2-28
Goals 2-30
Insert Global Goals 2-30Insert Point Goals 2-32
Insert Surface Goals 2-33
Insert Volume Goals 2-34
Insert Equation Goals 2-35
Mesh 2-36
Global Mesh 2-36
Insert local Mesh 2-42
Show Basic Mesh 2-44
Basic Mesh Color 2-45
Important Tips about Mesh 2-46
Create Mesh 2-46
Setting Calculation Controls 2-49
Finishing Options 2-50
Refinement Options 2-51
Solving Options 2-52
Saving Options 2-53
Self Assessment 2-54
Chapter 3 : Analyzing and Generating Results of
Analysis
Introduction 3-2
Generating Results 3-2
Scenes 3-2
Mesh 3-4Cut Plots 3-8
Surface Plots 3-15
Isosurfaces 3-16
Flow Trajectories 3-18
Particle Studies 3-22
Point Parameters 3-31
Surface Parameters 3-34
Volume Parameters 3-36
XY Plots 3-37
Goal Plots 3-39
Report 3-41
Animations 3-46
Export Results 3-49
Loading Transient Results 3-50
Probing Result 3-52
Loading Time Moment 3-52
Comparing Results 3-53
Self-Assessment 3-55
Chapter 4 : Practical and Practice
Practical 1 4-2
Practical 2 4-24
Practice 1- Finding Hydraulic Loss 4-41Practice 2 – Conjugate Heat Transfer 4-43
Chapter 5 : Advanced Boundary Conditions
Introduction 5-2
Porous Medium 5-2
Initial Condition 5-3
Defining Heat Sources 5-5
Defining Surface Heat Source 5-5
Defining Volume Heat Source 5-7
Applying Radiative Surface Properties 5-7
Applying Radiation Source 5-8
Applying Fan Properties 5-9
Tracer Study 5-12
Setting Source of Gas Traces 5-14
Transferred Boundary Condition 5-15
Applying Contact Resistance 5-17
Heat Sink Simulation 5-18
Thermoelectric Cooler 5-19
Perforated Plate 5-20
Two Resistor Component 5-21
Electrical Condition 5-22
Electrical Source 5-23
Heat Pipe 5-24Thermal Joint 5-25
Printed Circuit Board 5-25
IGBT 5-26
Self-Assessment 5-30
Chapter 6 : Basics of CFD
Introduction 6-2
Conservation of Mass 6-2
Conservation of Momentum 6-2
Conservation of Energy 6-4
Variations of Navier-Strokes Equation 6-5
Time Domain 6-5
Compressibility 6-5
Low and High Reynolds Numbers 6-6
Turbulence 6-7
Steps of Computational Fluid Dynamics 6-9
Creating Mathematical Model 6-9
Discretization of Model 6-9
Analyzing with Numerical Schemes 6-9
Solution 6-10
Visualization (Post-processing) 6-10
Finite Difference Method 6-10
Chapter 7 : Practical and PracticeIntroduction 7-2
Practical 1 Air Flow on Fin 7-2
Practical 2 Flow of Two Gases in a Chamber 7-10
Practical 3 Air Flow by Fan 7-15
Practical 4 Free Surface Flow Analysis 7-24
Practice 1 7-33
Preface

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