1. Training Agenda
Introductory Training
in Ansys CFD/FEA
13th, 14th, 15th, 16th of November 2023

2. ©2020 ANSYS, Inc. Unauthorized use, distribution, or duplication is prohibited.
Ansys FEA Meshing 2023R2 Introductory Training – 13 November 2023
Introduction to ANSYS Spaceclaim for FEA (~3.5 hours)
Lecture 01: Core Skills
Workshop 1.1 – SCDM Basics
Lecture 02: Creating Geometry
Workshop 2.1 – Creating Geometry
Coffee Break
Lecture 03: Repairing Geometry
Workshop 3.1 – Repairing geometry
Lecture 04: FEA Modeling
Workshop 4 – Preparing for FEA Analysis
Lecture 05: SpaceClaim to Workbench
Workshop 5.1 – Parameters
Lunch Break
Introduction to ANSYS Workbench Meshing for FEA(~4 hours)
Lecture 01: Core Skills
Workshop 1.1 (FEA) – ANSYS Workbench Meshing Basics
Lecture 02: Meshing Methods
Coffee Break
Workshop 2.1 (FEA) – Meshing Methods
Lecture 03: Global Mesh Controls
Workshop 3.1 (FEA) – Global Mesh Controls
Lecture 04: Local Mesh Controls
Workshop 4.1 (FEA) – Local Mesh Controls
Lecture 05: Mesh Quality & Advanced Topics
Lecture 06: Meshing for Explicit Analysis

3. ©2020 ANSYS, Inc. Unauthorized use, distribution, or duplication is prohibited.
Ansys Mechanical 2023R2 Introductory Training – 14 November 2023
Lecture 01: Introduction
Workshop 1.1 – ANSYS Mechanical Basics
Lecture 02: Preprocessing
Workshop 2.1 – 2D Gear and Rack Analysis, Workshop 2.2 – Named Selections
Coffee Break
Lecture 03: Structural Analysis
Workshop 3.1 – Linear Structural Analysis, Workshop 3.2 – Beam Connections
Lecture 04: Postprocessing, Validation, CAD & Parameters
Lunch Break
Workshop 4.1 – Mesh Evaluation, Workshop 4.2 – Parameter Management
Lecture 06: Connections & Remote Boundary Conditions
Workshop 6.1 – Contact Offset Control, Workshop 6.2 – Joints
Coffee Break
Lecture 07: Modal, Thermal & Multistep Analyses
Workshop 7.1 – Modal Analysis, Workshop 7.2 – Thermal Analysis, Workshop 7.3 – Multistep Analysis
Lecture 08: Eigenvalue Buckling and Submodeling Analyses

4. ©2020 ANSYS, Inc. Unauthorized use, distribution, or duplication is prohibited.
Ansys CFD Meshing 2023R2 Introductory Training – 15 November 2023
Introduction to ANSYS Spaceclaim for CFD (~2 hours)
Lecture 01: Core Skills (Demo)
Workshop 01.2: Creating a Mixing Elbow
Lecture 03: Repairing Geometry
Lecture 04: Preparing for CFD
Workshop 03.1: Repairing Geometry & Workshop 04.1: Mixing Elbow
Lecture 05: Spaceclaim to Workbench (if time allows)
Coffee Break
Introduction to ANSYS Workbench Meshing for CFD (~2 hours)
Lecture 01: Core Skills
Workshop 01.1 CFD: Meshing Basics
Lecture 02: Meshing Methods
Workshop 02.1 CFD: Meshing Methods
Lecture 03 & 04: Global and Local Mesh Controls
Workshop 03.1 CFD: Global Mesh Controls
Lecture 05: Mesh Quality and Advanced Topics (if time allows)
Lunch Break (30 mins)
Introduction to ANSYS Fluent Getting Started – Fluent Meshing (~3.5 hours)
Watertight Geometry Workflow Meshing
Lecture 03: Overview of Watertight Geometry Workflow and Surface Meshing
Fluent Single-Window (Demo)
Workshop 03: Mixer
Lecture 04: Geometry Description and Volume Meshing
Workshop 04.1: Heat Sink
Workshop 04.2: Arcjet
Coffee Break
Advanced
Meshing a Commercial Aircraft for External Aero Flow (Demo)
Fault-Tolerant Workflow Meshing
Lecture 01: Introduction and Overview of the FTM Workflow
Workshop 01: Manifold

5. ©2020 ANSYS, Inc. Unauthorized use, distribution, or duplication is prohibited.
Ansys Fluent 2023R2 Introductory Training – 16 November 2023
ANSYS Fluent Getting Started (~8 hours)
Lecture 1: Introduction to ANSYS
Lecture 1.1: Introduction to ANSYS Workbench
Lecture 1.2: Overview of CFD Process and Workflow
Lecture 2.3: Fluent User Interface and Domain Tab
Workshop 2: Flow Distribution in an Air Manifold
Lecture 3.3: Physics Tab
Workshop 3: Mixing Hot and Cold Streams in a Mixing Elbow
Coffee Break
Lecture 4.3: Results Tab
Workshop 4: Tube Bundle
Lecture 5.3: Parameters and Design Points
Lunch Break
Workshop 5: Parametric Valve
Lecture 06: Solution Tab
Lecture 07: Best Practice Guidelines
Coffee Break
Lecture 08: Turbulence
Workshop 8: Turbulent Flow Past a Backward Facing Step
Lecture 09: Heat Transfer
Workshop 9: Electronics Cooling with Natural Convection and Radiation