ANSA BETA-CAE: Complete Meshing Course
What you'll learn
- Learn to fix CAD issues, extract middle surfaces, and create high-quality shell and solid meshes with ANSA's advanced tools and automation features.
- Master batch meshing for shell and solid elements, structured and unstructured meshes, and meet strict quality criteria for FEA projects.
- Discover ANSA's morphing tools to test designs quickly, modify meshes efficiently, and optimize engineering workflows without needing new CAD models.
- Unlock the power of ANSA BETA-CAE with expert guidance on meshing, morphing, and mastering advanced tools for geometry preparation and FEA excellence.
Requirements
- Basic Knowledge of FEA Concepts: Familiarity with finite element analysis principles, including shell and solid elements, is helpful.
- CAD and Geometry Basics: Understanding CAD files and geometry concepts will make it easier to follow.
- Motivation to Learn: A willingness to dive into detailed meshing and morphing techniques and apply them to engineering projects.
Description
Unlock the full potential of ANSA BETA-CAE with this comprehensive course, designed to take you from meshing fundamentals to advanced techniques for FEA preprocessing. Whether you're a beginner or an experienced professional, this course provides in-depth knowledge and practical skills to create high-quality meshes, automate workflows, and optimize designs. Dive into detailed modules covering everything you need to become proficient in ANSA. Here's what you'll learn:
Module 1 - Geometry Mesh: Learn how to fix issues in imported CAD models and create high-quality shell element meshes. Understand how to activate and use various quality criteria to ensure your mesh meets industry standards.
Module 2 - Middle Surface Extraction: Master the process of extracting middle surfaces for thin folded sheet geometries. This module includes meshing these surfaces with shell elements while adhering to strict quality requirements.
Module 3 - Casting and Align Manager: Discover essential tools for meshing thin folded sheets, plastic parts, and similar geometries. Learn how to use these tools effectively with various quality criteria activated.
Module 4 - Batch Mesh for Shell Mesh: Automate the meshing process for shell elements by configuring batch mesh settings. Understand how to simplify geometry definitions to avoid low-quality elements while maintaining accuracy.
Module 5 - Batch Solid Mesh: Explore the automation of solid element generation with batch meshing tools. Learn how to configure settings to ensure all elements meet specific quality criteria, while making subtle geometry adjustments.
Module 6 - Unstructured Solid Mesh: Learn to create unstructured meshes using tetrahedral elements. This module focuses on solid parts and provides practical insights into achieving robust mesh quality.
Module 7 - Solid Hexahedron Structured Mesh (Map Tool): Gain proficiency in creating structured meshes using hexahedron elements with the Map Tool. This module offers step-by-step guidance for meshing solid parts effectively.
Module 8 - Hexa Block Tool: Take your meshing skills to the next level by mastering the Hexa Block Tool for advanced structured hexahedron meshing. This tool is ideal for complex geometries requiring precision.
Module 9 - Direct Morphing: Discover how to make quick and practical modifications to meshes without the need for morphing boxes. Use this tool to test design variations, such as adjusting cross-section dimensions.
Module 10 - Morphing Basics: Learn the fundamentals of morphing with morphing boxes. This module complements Direct Morphing module.
By the end of this course, you'll have the skills to tackle any meshing or morphing challenge in ANSA, ensuring your FEA preprocessing is efficient, accurate, and meets the highest standards.
Who this course is for:
- FEA Engineers and Analysts: Professionals looking to enhance their meshing and morphing skills using ANSA for advanced simulations.
- Automotive and Aerospace Engineers: Engineers working with thin folded sheets, plastic parts, or complex geometries in their designs.
- Students and Beginners in FEA: Learners with a basic understanding of FEA eager to master industry-standard meshing tools.
- Design and Simulation Teams: Teams aiming to automate and streamline their meshing workflows for high-quality results.
- Engineers Exploring ANSA Tools: Anyone looking to transition to or deepen their expertise in ANSA for FEA preprocessing.
Instructor
- 4.6 Instructor Rating
- 869 Reviews
- 4,247 Students
- 4 Courses
As a CAE Engineer specializing in Finite Element Analysis (FEM) for structural applications, I have the privilege of working at Stellantis, where I conduct a diverse range of analyses, including PG Durability (Fatigue), Strength (Buckling), Joint Integrity, Misuse, and Explicit Dynamic analysis for Washout events, among others. My role also involves the development of training courses focused on FEM methodologies, mechanical fatigue analysis, steel structure design, and various related subjects. My unwavering passion for all things CAE fuels my commitment to delivering excellence in every aspect of my work.