Advanced Engineering Technologies'
ANSYS Professional Training Program
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Advanced Engineering Technologies' ANSYS Professional Training Program |
Advanced Engineering Technologies offers a variety of ANSYS training options. Our experienced instructors are continually updating their skills and knowledge base to provide you with the most current level of expertise in the use of the ANSYS product line.
Open enrollment seminars are held at Advanced Engineering Technologies in Norcross, Georgia. Our 2009 training seminar schedule, printable schedule and registration form are provided below.
Customized training and on-site seminars are also available upon request.
In mentoring sessions, we will work one-on-one with you on a tutoring basis - or even on a specific project - to further your knowledge and expertise with ANSYS and DesignSpace. Contact us for more information.
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Open Enrollment Seminar Schedule 2009 |
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Seminar Descriptions |
Dates Offered in 2009 |
| Introduction to CFX, DesignModeler & CFX-Mesh (3
days) This course, including many hands-on exercises, will focus on the basics of geormetry creation, physical model specification, solution and post-processing. It also covers the use of DesignModeler and CFX-Mesh in performing CFD analyses inside the Workbench Environment. It is intended for new and existing users of ANSYS CFX, and focuses on preparing geometry for CFD analysis using DesignModeler, and generating meshes for the ANSYS CFX Solver using CFX-Mesh. Tuition Fee: $1,800.00 |
Contact AET to Schedule or visit the
SimuTech Group
website for offerings at other SimuTech Group
locations. |
| Introduction to
ANSYS (3 days) Trains you to perform simple linear static structural and steady-state thermal analyses. Emphasis placed on the three basic steps of analysis: building the model, applying loads, obtaining the solution, reviewing results. Tuition Fee: $1,800.00 |
June
8-10 |
| Introduction to
ANSYS Part 2 (2 days) Designed for those who have completed Part I, or for experienced users who need training on advanced modeling, meshing, submodeling and other advanced general topics. Tuition Fee: $1,200.00 |
June
11-12 |
| ANSYS Basic
Structural Nonlinearities (2 days) Covers fundamentals of nonlinear FEA, special considerations for model building, solution controls, and postprocessing. The fundamental types of nonlinearities will be discussed, i.e. geometric, material and simple contact. Tuition Fee: $1,200.00 |
November 3-4 |
| ANSYS Advanced
Contact & Fasteners (2 days) Covers contact problems in greater detail and all of the contact elements in the software. The special fastener and bolt pretension elements will also be covered. Tuition Fee: $1,200.00 |
November 5-6 |
| ANSYS Heat
Transfer (2 days) Prerequisite: Introduction to ANSYS, Part 1 Engineers responsible for analyzing the thermal response of structures and components, are encouraged to take this 2-day course. The course focuses on performing steady-state, transient, linear and nonlinear thermal analyses. After completing the seminar, analysts should be able to analyze: thermal responses of structures involving conduction, convection, and radiation the response of structures exhibiting special heat transfer phenomena including thermal-stress coupling and phase change. Each course chapter is followed by "hands-on" workshops and exercises. Tuition Fee: $1,200.00 |
February 26-27 |
| ANSYS Dynamics (2
days) Prerequisite: Introduction to ANSYS, Part 1 Engineers who analyze the dynamic response of structures would benefit from this course focusing on modal, harmonic and transient dynamic analysis. Upon completion, analysts should be able to
Tuition Fee: $1,200.00 |
June
17-18 |
| Workbench
Simulation - Introduction (2 days) This course, including many hands-on exercises, will help you realize the full potential of the Workbench Simulation Environment, and help you to quickly determine how the parts and assemblies you create will perform under real-world conditions. Tuition Fee: $1,200.00 |
February 17-18 April 6-7 August 25-26 November 10-11 |
| Workbench
Simulation - Structural Nonlinearities (2 days) This course, including many hands-on exercises, will help you realize the full potential of the Workbench Simulation Environment, and help you to quickly determine how the parts and assemblies you create will perform under real-world conditions.< Tuition Fee: $1,200.00 |
February 19-20 April 8-9 August 27-28 November 12-13 |
| DesignModeler (2
days) ANSYS Workbench - DesignModeler training is for users who want to create and modify geometry in preparation for analysis in ANSYS or ANSYS Workbench. Students who attend this course will learn:
Tuition Fee: $1,200.00 |
January 20-21 April 15-16 |
| Workbench Heat
Transfer (2 days) Prerequisite: Basic Familiarity with Heat Transfer and ANSYS Workbench Simulation ANSYS Workbench-Simulation Heat Transfer is for engineers wishing to use Workbench-Simulation to analyze the thermal response of structures and components. The course focuses on performing steady-state, transient, linear and nonlinear thermal analyses. After completing the course, analysts should be able to analyze, in Workbench-Simulation, the thermal responses of structures involving conduction, convection, and radiation. Course Topics Include:
Tuition Fee: $1,200.00 |
February 24-25 |
| Workbench Dynamics
(2 days) Prerequisite: ANSYS Workbench-Simulation Introduction This course focuses on performing modal, harmonic, flexible dynamic, and random vibration (PSD) analyses. After completing the course, analysts should be able to analyze, in Workbench-Simulation, the natural frequencies, mode shapes and mode participation factors of a linear elastic structure, the steady state response of a structure to sinusoidal loads of known frequency, the dynamic response of structures under the action of time-varying loads, and the random vibration of a structure using a power spectral density function (PSD). Course Topics Include:
Tuition Fee: $1,200.00 |
September 2-3 |
| ANSYS Rigid and
Flexible Dynamic Analysis (1 Day) This course covers rigid and flexible body kinematics analysis using the Workbench-Simulation interface. Students will learn how to perform a Rigid body analysis that assumes rigid links between joints of a multi-bodied structure and calculates motion only at those joints. In addition, students will learn how to perform a Flexible body analysis that is similar to a Rigid body analysis except that it includes not just the joint motion but also considers the stiffness, mass, and damping effects of the flexible links. Course Topics:
Tuition Fee: $600.00 |
June
16 September 1 |
| Printable Schedule |
| Registration Form
Download and complete this Excel worksheet. Then return it via FAX (770.729.9547) or E-mail (InfoCentral@SimuTechGroup.com) |
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Customized and On-site Training Seminars are also available. Contact us for more details! |