Ansys Meshing: Learn the Art of Meshing

Name: Ansys Meshing: Learn the Art of Meshing
Rating: 4.4 (78 reviews)

Learn the intricate details of mesh settings in Ansys and start generating structured and high quality meshes in no time

Created byOsama Rizwan

Last updated 9/2024

English

What you'll learn

Understand the Fundamentals of Meshing in Ansys
Understanding of Global and Local Mesh settings
Understanding of all intricate details of mesh settings
Generate structured and High-quality Mesh while learning the key concepts in tutorials
Understand different Method options available in Local Mesh Settings
Mesh optimization for capturing excellent results based on the nature of problem
Mesh visualization using section tool

Course content

5 sections • 13 lectures • 3h 17m total length

Introduction: Course Sequence5:12
Meshing Fundamentals10:39
Explore meshing fundamentals in Ansys meshing. Learn how to discretize geometry, use various element types and orders, and achieve quality meshes for accurate transport equation solutions.
Quiz: Meshing Fundamentals
Launching Ansys Workbench5:22
Generating your first mesh22:01
Generate your first mesh in Ansys using a can combustor example; learn multi-body parts, named selections, inflation, and section planes to prepare CFD-ready meshes with a few steps.

Global Mesh Settings23:32
Explore global mesh settings in Ansys, including adaptive sizing, resolution, capture curvature and proximity, and mesh featuring; learn how element order, transition, and span angle affect mesh quality.
Capture Curvature and Proximity12:34
Explore global mesh settings for adaptive sizing, focusing on curvature and proximity options to control element distribution around curves, holes, and close features in a welded beam geometry.

Local Mesh Settings: Meshing a 2D P-Trap Geometry28:34
Explains how to generate a structured 2d mesh for a p-trap using local mesh settings, including method sizing, refinement, edge sizing, face sizing, inflation layers, and bias control.
Local Mesh Settings: Tetrahedrons16:55
Explore local mesh settings in Ansys meshing by comparing tetrahedrons patch independence and patch conforming, and refine a 3D dice mesh using element size and feature controls.
Local Mesh Settings: Sweep and Multizone15:28
Compare sweep and multi-zone local meshing in Ansys on 3D pipe, defining source and target, adjusting divisions and curvature, and applying inflation to obtain a structured hex and wedge mesh.
Local Mesh Settings: Hex Dominant, Cartesian and Layered Tetrahedron19:13

Requirements

No prior knowledge is required for taking this course as it is designed for everyone
Accesses to Ansys Workbench Software from version 18.0 up to the Latest version.
Perseverance and enthusiasm to learn new things.

Description

Unlock the full potential of Ansys Meshing with this comprehensive course designed to take you from a beginner to an advanced meshing user. This course is meticulously crafted to cover every aspect of meshing, ensuring you gain the skills needed to create high-quality meshes for both Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) simulations.

Course Overview

Starting with the basics, you’ll learn the fundamental concepts of meshing, including the different types of mesh elements and their applications. I’ll guide you through the initial setup and navigation of the Ansys Meshing interface, making sure you are comfortable with the tools at your disposal.

Advanced Techniques

As you progress, I’ll delve into more advanced techniques, exploring both global and local meshing parameters. You’ll understand how to control mesh density and quality on a global scale, as well as how to apply local refinements to capture intricate details of your geometry.

Hands-On Experience

Throughout the course, you’ll engage in practical workshops and real-world examples, giving you hands-on experience with complex models. These exercises are designed to reinforce your learning and provide you with the confidence to tackle any meshing challenge you encounter in your professional work.

Course Outcome

By the end of this course, you’ll have a deep understanding of Ansys Meshing and be equipped with the knowledge and skills to create efficient, high-quality meshes for any simulation scenario. Whether you’re an engineer, researcher, or student, this course will empower you to achieve excellence in your simulations.

Who this course is for:

Beginner and intermediate users of Ansys who are curious to expand their knowledge of Meshing
Engineering students seeking to master the skills of Meshing in Ansys
Professionals in design and engineering seeking to enhance their skills

Ansys Meshing: Learn the Art of Meshing

What you'll learn

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Course content

Introduction to Ansys Meshing Tool4 lectures • 43min

Global Mesh Settings2 lectures • 36min

Local Mesh Settings4 lectures • 1hr 20min

Meshing Practice2 lectures • 34min

Additional Tutorial1 lecture • 3min

Requirements

Description

Who this course is for: