ANSYS Quick Start Training - FEA


SimuTech offers a Cloud-based training program -  ANSYS Quick Start - that is designed to introduce engineers to working with ANSYS Workbench to solve engineering problems.

Each session for FEA training consists of:

  • Approximately 3 hours of lecture plus one hour for workshops ... 4 hours in total
  • Self-paced series of video recordings that cover the lectures and hands-on workshops portions
  • Access to SimuCloud®, our cloud-based computers with ANSYS Workbench pre-loaded for the workshop portion
  • Technical support provided by SimuTech engineers, if needed.

Before registering, we suggest that you test the required connections to ensure that you will be able to participate.

Additional information, including the topics covered, is provided below.


*** Please note that due to export controls, these sessions are limited to North America only. ***

 

Registration has closed for the February 5, 2019 session.

The goal of the program:

  • Provide a "quick start" to engineers with little or no FEA experience.
  • Provide a refresher or introduction to ANSYS Workbench - great for engineering management who aren’t necessarily users, but manage those who use FEA.
  • Introduce FEA technology in a “hands-on” style where you temporarily get your own ANSYS server for learning.
  • Educate engineers with experience in other FEA tools (e.g. NASTRAN, ABAQUS) on the use of ANSYS Workbench for FEA.
  • Eliminate the training and travel costs for this “half-day” intro class.
  • Help decide what sort of additional training is needed to meet your needs (non-linear contact, radiation heat transfer …).
  • Introduce our clients and prospects to SimuCloud for on-demand HPC servers for FEA.

A quick overview of the program:

  • No costs for attending sessions ... yes, free (a $300 value).
  • This is 4 hours worth of training.
  • Workshop problems are provided to reinforce concepts covered in the lecture.
  • Sessions are provided over the Internet - no need to travel.
  • Regularly scheduled sessions.
  • You will get a unique, licensed server on Amazon’s cloud with full graphical interface.  It looks just like your own desktop (except cleaner!).
  • The servers are Windows, so there is no learning curve for the file system (like with most LINUX systems).
  • Amazon is the most secure public cloud data center in the market.  Be assured that we use 256-bit encryption for data.
  • No proprietary data will be used.  All data that you will be accessing is generic training material.

Requirements:

  • Engineering or related technical degree.
  • Internet connectivity using Remote Desktop Connection (RDC) - check with your local IT staff.
  • Many companies have restricted the use of RDC ports.  You must verify that you have RDC access before you can attend these training sessions.  A test cloud server will be provided before the classes.


FEA Training Topics:

1. Introduction
A. ANSYS Workbench Overview
B. Mechanical Overview
C. Starting Mechanical
D. Working with Units
E. CAD Import
F. The Engineering Data Application

2. Mechanical Basics
A. Basic Analysis Procedure
B. The Mechanical Interface
C. Menus
D. Toolbars
E. Graphics Control and Selection
F. Outline Tree and Details
G. Assigning Material Properties
H. Graphics Window

3. General Preprocessing
A. Geometry
B. Coordinate Systems
C. Named Selections
D. Selection Information
E. Workshop 1 – “2D Gear and Rack Analysis”

4. Meshing in Mechanical
A. Global Meshing Controls
B. Local Meshing Controls

5. Static Structural Analysis
A. Basics of Static Structural Analysis
B. Geometry
C. Material Properties
D. Analysis Settings
E. Loads
F. Supports
G. Load and Support Display
H. Solving the Model
I. Results and Postprocessing

6. Modeling Connections
A. Contact
B. Contact Controls
C. Contact Results
D. Connections Worksheet
E. Workshop 2 – “Linear Structural Analysis”

7. Results and Postprocessing
A. Viewing Results
B. Legend Controls
C. Contour Controls
D. Postprocessing Utilities
E. Scoping Results
F. Exporting Results
G. Coordinates Systems
H. Error Estimation