Mastering CFD with SolidWorks: Analysis & Optimization V3.0

Name: Mastering CFD with SolidWorks: Analysis & Optimization V3.0
Rating: 4.8 (58 reviews)

Comprehensive Guide to Complex Industrial Problems with CFD Analysis and Optimization Using SolidWorks Flow Simulation

Highest Rated

Created bySabyasachi Majumder

Last updated 1/2025

English

What you'll learn

Lay a strong foundation in CFD basics and unlock the potential of the SolidWorks Free Surface technique.
Dive into the world of fluid dynamics & gain a deep understanding of the intricate sloshing effects in oil tankers. Discover advanced CFD simulation techniques
Explore the mesmerizing dynamics of fluid sloshing within confined spaces, as exemplified by the CFD analysis of water inside a bottle.
Immerse yourself in the realm of hydroelectric projects, where you will gain valuable insights into flow simulations and optimize design parameters
Unravel the complexities of fluidized bed gasifiers through comprehensive CFD flow simulations & particle studies. Learn how to enhance performance & efficiency
Journey into the realm of fluid mixing within gasoline chambers and unlock the secrets of optimizing design configurations for superior performance.
Delve into the fascinating world of heat transfer analysis within cups, exploring techniques to optimize thermal management and improve overall efficiency.
Harness the power of CFD analysis and optimization to unlock the full potential of specialized surface condensers, resulting in enhanced heat transfer.
Investigate the intriguing water misting effect within rooms and learn how to optimize heat transfer through comprehensive CFD heat transfer analysis.
Gain expertise in CFD flow simulations through nozzles and understand the water misting effects. Unlock the potential for efficient cooling
Discover the intricacies of CFD simulations within molding processes, optimize design parameters, and improve productivity and product quality.
Master transient analysis techniques involving heterogeneous fluid mixing, enabling you to effectively simulate and analyze complex industrial processes.
Embark on a captivating exploration of the Free Surface technique within interconnected chambers, unlocking its potential for simulating fluid interactions.

Course content

1 section • 13 lectures • 4h 29m total length

Introduction2:46
CFD Sloshing Effect in Oil Tanker & its reduction33:58
CFD Sloshing Effect of Water inside a Bottle31:05
CFD Hydro Electric Project18:30
CFD Flow Simulation & Particle Study of a Fluidized Bed Gasifier26:31
CFD Fluid Mixing inside a Gasoline Chamber14:26
Master CFD with SolidWorks by analyzing air-gasoline mixing and sloshing inside a gasoline chamber through transient, boundary-controlled simulations. Track mass and volume fractions, interface evolution, and results export for insight.
CFD Heat Transfer Analysis inside a Cup17:11
CFD Heat Transfer Analysis & Optimization through a special Surface Condenser31:43
CFD Heat Transfer Analysis & Water Misting Effect inside a Room18:49
CFD Flow Simulation through a Nozzle & Water Misting Effect19:27
CFD Moulding Process23:18
CFD Transient Analysis with Heterogeneous Fluid Mixing19:30
Discover transient CFD of heterogeneous fluid mixing using the free surface technique to model air–water interaction in a single domain, with two boundary conditions and gravity effects.
CFD Free Surface technique through inter-connected Chambers12:14

Requirements

Basic knowledge of SolidWorks and conception of Engineering Drawing

Description

Welcome to our comprehensive online course, "Mastering CFD Analysis and Optimization using SolidWorks." With a total of 13 videos spanning approximately five hours, this course is designed to equip intermediate and advanced learners with the knowledge and skills needed to excel in the field of Computational Fluid Dynamics (CFD) analysis and optimization. Throughout the course, we focus on leveraging the powerful SolidWorks Free Surface technique, a cutting-edge feature introduced in SolidWorks 2018 and onwards, to address complex fluid mixing challenges within a single fluid domain.

Course Overview

Our course revolves around industry-specific problems, expertly presented in a simple and accessible manner through real-world examples. With some of the projects derived from an engineering PhD thesis, you can rest assured that you'll be learning from the best in the field. As an added bonus, we have included essential CAD models to serve as valuable resources for practical exercises.

1. Introduction to CFD Basics and Free Surface technique in SolidWorks

2. CFD Sloshing Effect in Oil Tankers and its reduction

3. CFD Sloshing Effect of Water inside a Bottle

4. CFD Hydroelectric Project

5. CFD Flow Simulation and Particle Study of a Fluidized Bed Gasifier

6. CFD Fluid Mixing inside a Gasoline Chamber

7. CFD Heat Transfer Analysis inside a Cup

8. CFD Heat Transfer Analysis and Optimization through a special Surface Condenser

9. CFD Heat Transfer Analysis and Water Misting Effect inside a Room

10. CFD Flow Simulation through a Nozzle and Water Misting Effect

11. CFD Molding Process

12. CFD Transient Analysis with Heterogeneous Fluid Mixing

13. CFD Free Surface technique through inter-connected Chambers

Who this course is for:

Engineering students, CAD/CAM/CAE Professionals and CFD experts