ANSYS Mechanical Simulation Training

Duration: 1 Day
Cost: $600
Prerequisites: Experience with ANSYS Mechanical Simulation R14

Course Topics Include:

• What\'s New in ANSYS R14

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 2 Days
Cost: $1200
Prerequisites: None

Course Topics Include:

• The GUI
• Sketch Mode
• 3D Geometry
• Advanced 3D Geometry
• Concept Modeling
• Parametric Modeling

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 2 Days
Cost: $1200
Prerequisites: Bachelor\'s degree in related engineering field

Course Topics Include:

• Simulation Basics
• General Preprocessing
• Static Structural Analysis
• Free Vibration (Modal) Analysis
• Thermal Analysis
• Linear Buckling Analysis
• Results Postprocessing
• CAD & Parameters

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 1 Day
Cost: $600
Prerequisites: None

Course Topics Include:

• Introduction to DesignXplorer
• Using DesignXplorer
• Response Charts
• Variational Technology
• Design for Six Sigma
• DesignXplorer and APDL

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 2 Days
Cost: $1200
Prerequisites: Bachelor\'s degree in related engineering field

Course Topics Include:

• Heat Transfer Basics
• Nonlinear Analysis
• Transient Analysis
• Surface-to-Surface Radiation
• Phase Change Analysis
• Discrete Thermal/Flow Elements

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 2 Days
Cost: $1200
Prerequisites: Mechanical Introduction

Course Topics Include:

• Introduction to Nonlinear Structural Analysis
• Advanced Contact Analysis
• Nonlinear Materials Analysis
• Nonlinear Diagnostics
• Accessing ANSYS Options

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 2 Days
Cost: $1200
Prerequisites: Mechanical Introduction

Course Topics Include:

• Introduction to Dynamics
• Modal Analysis
• Harmonic Analysis
• Flexible Dynamic Analysis
• Random Vibration (PSD) Analysis

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 1 Day
Cost: $600
Prerequisites: Simulation Introduction

Course Topics Include:

• Introduction to Rigid and Flexible Dynamic Analysis
• Rigid Body Dynamics Preprocessing Joints and Springs
• Rigid Body Dynamics Solution and Joint Conditions
• Rigid Body Dynamics Postprocessing Flexible Dynamic Analysis

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 1 Day
Cost: $600
Audience: The ANSYS Meshing training course is for users that want to create and modify their meshes in preparation for analysis in ANSYS Workbench.

Description:

This course is currently scheduled on the following dates:

Duration: 2 Days
Cost: $1200
Prerequisites: Bachelor's degree in related engineering field

Course Topics Include:

• Feature Overview
• Underlying Technology
• Enclosures
• Boundary Conditions
• Modeling Permanent Magnets
• Modeling Conductors

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 1 Day
Cost: $600
Prerequisites: None

Description: The Customer Application Day provides an opportunity for the Mechanical Simulation user to work on any problem of his/her interest in a supervised, collaborative environment. The instructor is available to provide guidance and discuss the best approach to problem setup and solution. Typical discussion areas include planning the analysis, geometry preparation, review of contact/joint definitions, mesh control, realistic load and support definition, and evaluating results. The customer is invited to provide the analysis geometry and problem description to the instructor in advance if possible.

This course is currently scheduled on the following dates:

Duration: 2 Days
Cost: $1200
Prerequisites: A basic knowledge of dynamics and strength of materials (material modeling) is highly recommended. Knowledge of the physics of transient dynamics events is also recommeded. A basic Knowledge of ANSYS Mechanical in Workbench is advantageous but not required.

Audience: This course is designed for new users who want to become proficient with Explicit Dynamics in Workbench.

Description: You will focus on learning core-modeling skills in this comprehensive, hands-on course. After completing the course you will be well prepared to work effectively on a wide range of transient dynamics applications.

Course Topics Include:

• Introduction to Explicit Dynamics
• Introduction to Workbench
• Engineering Data
• Explicit Dynamics Basics
• Results Processing
• Explicit Meshing
• Body Interactions
• Analysis Settings
• Material Models
• Optimization Studies

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 2 Days
Cost: $1200
Course Topics Include:

• Advanced Applications Overview
• Introduction to Mechanical APDL
• Element Attributes
• Postprocessing in Mechanical APDL
• APDL Commands
• Using APDL to Access Advanced Analysis Capabilities

Each course topic is followed by 'hands-on' exercises.

This course is currently scheduled on the following dates:

Duration: 2 Days
Cost: $1200
Description: The ANSYS CFX FSI course is a two-day advanced course covering modeling approaches for fluid-structure interaction applications using ANSYS CFX and ANSYS Mechanical. The course will cover mesh deformation in CFX and setup, solution and convergence of two-way FSI simulations. Alternative topics that can be covered include one-way FSI simulations, rigid body motion simulations and use of the immersed solid method in ANSYS CFX. Students should have experience running ANSYS CFX. Some prior experience using ANSYS Mechanical is recommended. The advanced fluid structure interaction modeling course also has several tutorials that the students can work through during class.

This course is currently scheduled on the following dates: