Simulation

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Industry relevance

ANSYS Design Modeler

Design Modeler is a feature based modelling tool where the models are created in Design Modeler or imported from other CAD softwares which can be simplified/modified and prepared for meshing. Clean geometry is required for better meshing.

ANSYS Meshing

Meshing is one of the important part of a simulation which determines the accuracy of the results. Meshing must be created to capture all the important features in the geometry for best results. Mesh dependancy check should be performed to avoid significant changes in results for the change in mesh controls.

ANSYS Mechanical

Powerful tool to simulate Mechanical, automotive, aerospace components etc. It is used to simulate the deformation, stresses and strain of the components. It is used to simulate Static and Dynamic simulations. It consists of various material models and hence solve wide range of problems of different domains. It is used in solving Multiphysics, Fatigue, Explicit simulations etc.

ANSYS Space Claim

SpaceClaim is a direct modelling tool for rapid concept design and geometry manipulation. It has Analysis focused tools to repair, prepare, and optimize models. It has Computer Aided design (CAD) like approach to create new models or import CAD models.

Learning outcomes

ANSYS Design Modeler

Ability to create Line, Surface and Solid Bodies.
Ability to Simplify/ Modify the geometry to prepare for Meshing.
Usage of tools in Design Modeler.
Understand CAD associativity.

ANSYS Meshing

Ability to create meshes for various types of components
To understand the Mesh requirements. Ex: To decide when to go for a refined mesh and coarse mesh in the geometry.
Mesh controls available in ANSYS meshing.
Ability to check the quality of mesh, mesh metrics and its ideal values to be maintained.

ANSYS Mechanical

Ability to perform Linear Static Analysis
Ability to perform Vibration simulations.
Ability to understand the types of connections and its significance
Ability to perform Buckling Analysis
Ability to perform sub-modelling Analysis

ANSYS Space Claim

Ability to create sketches, models and detailing of the models.
Ability to repair the imported CAD files and prepare the model for meshing.
Understand the usage of various tools to simplify the models and prepare them for meshing.

Agenda

ANSYS Design Modeler

Chapter 1 – Introduction to Ansys Design Modeler
Chapter 2 – Concept of Planes and Sketches and creation of 3D geometry
Chapter 3 – Geometry Modification and Simplification using repair and analysis tools
Chapter 4 – Parameteric study In Design Modeler
Chapter 5 – Beam and Shell Modeling

ANSYS Meshing

Chapter 1 – Introduction to ANSYS Meshing and Meshing Fundamentals
Chapter 2 – Meshing Methods and Algorithms used in meshing
Chapter 3 – Global controls in meshing and general sizing
Chapter 4 – Local mesh controls and its effects in meshing
Chapter 5 – Mesh metrics and Mesh quality and tools to improve quality in Meshing

ANSYS Mechanical

Chapter 1 – Introduction to ANSYS Mechanical
Chapter 2 – Creation of named selections and Object Generator in Pre-processing
Chapter 3 – Contacts, Loads and Supports, Linear Static Structural Analysis
Chapter 4 – Postprocessing options available in ANSYS Mechanical
Chapter 5 – Connections and Remote Boundary conditions
Chapter 6 – Performing Modal, Thermal and Multi-step Analysis
Chapter 7 – Performing Eigen Value Buckling and Submodeling simulation

ANSYS Space Claim

Chapter 1 – Core Skills
Chapter 2 – Creating Geometry
Chapter 3 – Repairing Geometry
Chapter 4 – FEA Modeling
Chapter 5 – SpaceClaim to Workbench

ANSYS Assessment

Design Modeler Assessment
ANSYS Meshing Assessment
ANSYS Mechanical Assessment
ANSYS Space Claim Assessment

Course Features

Lectures :	17
Quizzes :	yes
Language :	English
Assessments :	yes
Certificate of Completion :	yes