ANSYS 14.0 Mechanical APDL (formerly
ANSYS Classic)
Start Date
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Length
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Cost
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Location
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Register
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03.22.11
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3 Days
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$1,800
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Cincinnati, OH
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Register
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06.08.11
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3 Days
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$1,800
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Indianapolis, IN
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Register
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09.20.11
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3 Days
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$1,800
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Cincinnati, OH
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Register
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11.15.11
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3 Days
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$1,800
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Indianapolis, IN
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Register
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Overview
This course is for users of ANSYS Parametric Design Language (APDL) tools in ANSYS Mechanical APDL, previously available in the traditional ANSYS format. The ANSYS Workbench environment will not be covered in this course.
Description
This course is recommended for anyone who performs finite element analysis (FEA) of mechanical parts or fluids and has little or no ANSYS Mechanical APDL software experience. Introduction to ANSYS Mechanical APDL, Part I is a three-day course that focuses on basic linear and static analyses of structural and/or mechanical parts. After completing the course, attendees should be able to efficiently use ANSYS Mechanical APDL software to build two- and three-dimensional models, apply loads, obtain solutions, and display results.
Course Topics Include:
FEA and ANSYS APDL Getting Started ANSYS APDL Basics General Analysis Procedure Creating the Solid Model Creating the Finite Element Model Defining Material Properties
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Each course chapter is followed by "hands-on" workshops and exercises.
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Start Date
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Length
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Cost
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Location
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Register
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03.22.11
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2 Days
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$1,200
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Cincinnati, OH
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Register
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06.07.11
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2 Days
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$1,200
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Indianapolis, IN
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Register
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09.20.11
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2 Days
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$1,200
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Cincinnati, OH
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Register
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11.15.11
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2 Days
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$1,200
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Indianapolis, IN
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Register
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Overview
This course is for users of ANSYS Parametric Design Language (APDL) tools in ANSYS Mechanical APDL, previously available in the traditional ANSYS format. The ANSYS Workbench environment will not be covered in this course.
Prerequisites
A technical education and background is recommended, but an engineering degree is not required. Successful completion of the Introduction to ANSYS Mechanical APDL - Part I course.
Description
Designed for intermediate ANSYS Mechanical APDL users who perform FEA on mechanical parts or fluids. Introduction to ANSYS, Part II is a two-day course that teaches advanced modeling and analysis techniques - using array parameters, coupling and constraint equations, element coordinate systems and surface effect elements. In addition, beam modeling, submodeling, modal and bonded contact analyses are covered along with creating macro files. Upon completion, attendees should be able to apply the advanced modeling and analysis techniques supported by ANSYS Mechanical APDL.
Course Topics Include:
Each course chapter is followed by "hands-on" workshops and exercises.
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Start Date
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Length
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Cost
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Location
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Register
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04.20.11
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2 Days
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$1,200
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Cincinnati, OH
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Register
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07.13.11
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2 Days
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$1,200
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Indianapolis, IN
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Register
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10.18.11
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2 Days
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$1,200
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Cincinnati, OH
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Register
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Prerequisites
A technical education and background is recommended, but an engineering degree is not required. Successful completion of the Introduction to ANSYS Mechanical APDL - Part I course.
Description
Recommended for engineers who analyze structural nonlinear phenomena such as large deflection, plasticity or contact, this two-day course will aid in modeling geometric, material and contact nonlinearities, and in obtaining converged solutions with accurate results.
After completion, mechanical analysts should have a basic understanding of how to analyze structures with geometric nonlinearities, implement large strain theory in a nonlinear analysis and analyze structures with plasticity and contact nonlinearities.
Course Topics Include:
Nonlinearities Overview Obtaining the Solution Post-processing
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Each course chapter is followed by "hands-on" workshops and exercises.
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Start Date
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Length
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Cost
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Location
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Register
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04.19.11
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2 Days
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$1,200
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Cincinnati, OH
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Register
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07.19.11
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2 Days
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$1,200
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Indianapolis, IN
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Register
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11.08.11
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2 Days
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$1,200
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Cincinnati, OH
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Register
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Prerequisites
A technical education and background is recommended, but an engineering degree is not required. Successful completion of the Introduction to ANSYS Mechanical APDL - Part I course and the ANSYS Mechanical APDL Structural Nonlinearities course.
Description
From contact stiffness and friction to surface-to-surface, node-to-node and bolt pretension elements, this two-day course is designed to analyze contact models that cannot be readily solved using default settings.
Course Topics Include:
Contact Overview Typical Applications & Contact Classifications Contact Stiffness Basic Concepts & Determining a Value Friction Contact and Auto Timestepping Surface-to-Surface Elements
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Advanced Options for Special Problems Rigid Surface Considerations Creating without the Contact Wizard & Troubleshooting Node-to-Node Elements Node-to-Surface Elements Bolt Pretension Elements PRETS179 Element and Typical Procedure
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Each course chapter is followed by "hands-on" workshops and exercises.
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Start Date
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Length
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Cost
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Location
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Register
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09.13.11
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3 Days
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$1,800
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Cincinnati, OH
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Register
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Prerequisites
A technical education and background is recommended, but an engineering degree is not required.
Description
A three-day course in Electromagnetic Analysis is recommended for analysts who perform magnetostatic, low frequency harmonic and transient electromagnetic analyses. Attendees learn how to set up and solve electromagnetic field problems, compute field quantities, extract forces, torque, eddy currents, and losses. Workshop problems include solenoid actuators, permanent magnet machines, and transformers. After completing the course, analysts should be able to perform two- and three-dimensional magnetostatic, harmonic and transient magnetic field analyses, circuit-coupled electromagnetic field analyses and calculate force torque inductance fields losses flux and saturation levels.
Attendees learn how to:
set up and solve electromagnetic field problems compute field quantities extract forces, torque, eddy currents and losses
After completing the course, analysts should be able to perform:
two- and three- dimensional magnetostatic analyses harmonic and transient magnetic field analyses circuit-coupled electromagnetic field analyses force, torque, inductance, fields, losses, flux and saturation level calculations
Course Topics include:
2D Planar and Axisymmetric Magnetostatic Analysis 2D Planar and Axisymmetric Harmonic Response (Steady State AC) Analysis 2D Planar and Axisymmetric Transient Analysis 3D Magnetostatic Analysis using the Scalar Potential 3D Harmonic Response and Transient Analyses Special Topics and Modeling Strategies
Each course chapter is followed by "hands-on" workshops and exercises.
Workshop problems include:
Magnetic Clutch Current Excitation Skin Effects in a Solid Rectangular Bar Normally Closed Switch DC Electromagnet and Keeper Gear Induction Heating Using SOLID117 Flux Passing Through Metal Detector Sense Coil Using SOLID97 2D Planar Rotating Machine Using Prepared Input Files Torque Calculations for 3D Periodic Devices Use LMATRIX to Determine Keeper Force Calculating Inductance and AC Resistance of Solid Conductors from Terminal Conditions
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Start Date
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Length
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Cost
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Location
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Register
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01.18.11
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2 Days
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$1,200
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Cincinnati, OH
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Register
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06.14.11
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2 Days
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$1,200
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Cincinnati, OH
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Register
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12.06.11
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2 Days
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$1,200
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Indianapolis, IN
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Register
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Prerequisites
A technical education and background is recommended, but an engineering degree is not required. Successful completion of the Introduction to ANSYS Mechanical APDL - Part I course.
Description
Recommended for analysts with a working knowledge of ANSYS APDL who are ready to use some advanced software tools. The course is directed toward improving engineered designs by optimizing weight, cost and performance. After completing the course, attendees should be able to build a parametric analysis file that can be optimized, produce a standard optimization run in ANSYS and use discrete design variables during optimization.
In addition, Attendees will learn how to manage optimization variables while executing an optimization and perform an optimization in batch mode.
Course Topics Include:
Each course chapter is followed by "hands-on" workshops and exercises.
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ANSYS 14.0 Workbench Mechanical
(formerly Simulation)
Start Date
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Length
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Cost
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Location
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Register
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02.15.12
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2 Days
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$1,200
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Indianapolis, IN
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Register
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05.10.12
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2 Days
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$1,200
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Cincinnati, OH
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Register
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08.09.12
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2 Days
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$1,200
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Indianapolis, IN
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Register
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10.17.12
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2 Days
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$1,200
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Cincinnati, OH
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Register
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Prerequisites
A technical education and background is recommended, but an engineering degree is not required.
Description
ANSYS Workbench Mechanical Introduction (2-day training course) is an intuitive up-front simulation tool that is used in conjunction with CAD systems. It verifies product performance early in the concept and in the early design stages of product development.
The use of this tool enhances accelerated product development processes by providing rapid evaluations of multiple design scenarios and reducing the need for multiple designs and testing iterations. ANSYS Workbench Mechanical provides solutions for structural, thermal, modal, linear buckling, and shape optimization studies.
The training course provides students with the ability to operate ANSYS Workbench Mechanical and the basic understanding of simulation concepts and results interpretation.
Course Topics Include:
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Thermal Analysis Results Postprocessing CAD & Parameters Shape Finder (Appendix)
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Each course chapter is followed by "hands-on" workshops and exercises.
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Start Date
|
Length
|
Cost
|
Location
|
Register
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02.15.12
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2 Days
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$1,200
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Indianapolis, IN
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Register
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05.10.12
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2 Days
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$1,200
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Cincinnati, OH
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Register
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08.09.12
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2 Days
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$1,200
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Indianapolis, IN
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Register
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10.18.12
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2 Days
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$1,200
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Cincinnati, OH
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Register
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Prerequisites
A technical education and background is recommended, but an engineering degree is not required. Successful completion of the Introduction to ANSYS Workbench Mechanical course.
Description
ANSYS Workbench - Simulation Structural Nonlinearities (2-day training course) offers an introduction to basic structural nonlinear capabilities available in the workbench environment.
Course Topics Include:
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Hyperelasticity Nonlinear Diagnostics Accessing ANSYS Options
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Each course chapter is followed by "hands-on" workshops and exercises.
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Start Date
|
Length
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Cost
|
Location
|
Register
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05.17.12
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2 Days
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$1,200
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Cincinnati, OH
|
Register
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09.13.12
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2 Days
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$1,200
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Indianapolis, IN
|
Register
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Prerequisites
A technical education and background is recommended, but an engineering degree is not required. Successful completion of the Introduction to ANSYS Workbench Mechanical course.
Description
ANSYS Mechanical Heat Transfer is a 1-day training course for engineers wishing to use ANSYS Mechanical to analyze the thermal response of structures and mechanical components to heat transfer effects. The course focuses on performing steady-state, transient, linear and nonlinear thermal analyses.
After completing the course, students should be able to analyze, in ANSYS Mechanical, the thermal responses of structures involving conduction, convection, and radiation heat transfer.
The training course provides students with the ability to operate ANSYS Mechanical and the basic understanding of simulation concepts and results interpretation.
Course Topics Include:
Heat Transfer Concepts ANSYS Mechanical Concepts Steady State Heat Transfer Nonlinear and Transient Analysis Convection/Heat Flux Loading
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Each course chapter is followed by "hands-on" workshops and exercises.
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Start Date |
Length |
Cost |
Location |
Register |
06.17.12 |
2 Days |
$1,200 |
Cincinnati, OH |
Register |
10.11.12 |
2 Days |
$1,200 |
Indianapolis, IN |
Register |
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Prerequisites
A technical education and background is recommended, but an engineering degree is not required. Successful completion of the Introduction to ANSYS Workbench Mechanical course.
Description
ANSYS Mechanical Dynamics is a 2-day training course for engineers wishing to use ANSYS Mechanical to analyze the dynamic response of structures. The course focuses on performing modal, harmonic, flexible dynamic, and random vibration (PSD) analyses.
After completing the course, analysts should be able to analyze, in ANSYS Mechanical, 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).
The training course provides students with the ability to operate ANSYS Mechanical to do dynamic analyses and how to interpret the results.
Course Topics Include:
Introduction to Dynamics Modal Analysis Harmonic Analysis
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Each course chapter is followed by "hands-on" workshops and exercises.
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Additional ANSYS 14.0 Workbench
Training
Start Date |
Length |
Cost |
Location |
Register |
05.15.12 |
2 Days |
$1,200 |
Cincinnati, OH | Register
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09.11.12 |
2 Days |
$1,200 |
Indianapolis, IN |
Register |
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Prerequisites
A technical education and background is recommended, but an engineering degree is not required.
Description
The ANSYS DesignModeler training course is for users that want to create and modify geometry in preparation for analysis in ANSYS Mechanical or ANSYS Mechanical APDL.
Students who attend this course will learn:
how to create and modify geometry in preparation for analysis how to navigate within the Graphical User Interface how to generate 2D sketches and convert them into 2D or 3D models how to modify 2D and 3D geometry how to import existing CAD geometry how to create line bodies and their cross sections in preparation for FE beam analysis how to create surface bodies in preparation for FE shell analysis how to model assemblies how to utilize parameters
The training course will teach students how to create their geometry in the ANSYS Workbench environment using ANSYS DesignModeler.
Course Topics Include:
Each course chapter is followed by "hands-on" workshops and exercises.
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Start Date |
Length |
Cost |
Location |
Register |
02.15.12 |
1 Days |
$600 |
Indianapolis, IN |
Register |
05.08.12 |
1 Days |
$600 |
Cincinnati, OH |
Register |
08.07.12 |
1 Days |
$600 |
Indianapolis, IN |
Register |
10.09.12 |
1 Days |
$600 |
Cincinnati, OH |
Register |
Prerequisites
A technical education and background is recommended, but an engineering degree is not required.
Description
ANSYS DesignXplorer is a design optimization application that works under the ANSYS Workbench environment and incorporates both traditional and nontraditional optimization through a goal-driven approach. ANSYS DesignXplorer software provides instantaneous feedback on all proposed design modifications, which dramatically decreases the number of design iterations and improves the overall design process. The easy-to-use GUI within the ANSYS DesignXplorer program is based upon the Workbench technology. The GUI allows users to consider multiple designs so they can more quickly and efficiently create new products within their existing product lines or optimize parts for new operating conditions.
ANSYS DesignXplorer software interacts with all ANSYS Workbench platform components and offers bi-directional associativity with leading CAD packages such as SolidWorks, Solid Edge, Mechanical Desktop, Inventor, Unigraphics and Pro/ENGINEER so that design changes can be quickly made to your design database.
Students will learn about ANSYS DesignXplorer through lectures and relevant tutorials. After completing the course, attendees will be able to use ANSYS DesignXplorer software to study, quantify, and graph various structural, thermal and flow responses on parts and assemblies.
Each course chapter is followed by "hands-on" workshops and exercises.
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Start Date |
Length |
Cost |
Location |
Register |
05.15.12 |
3 Days |
$1,800 |
Indianapolis, IN |
Register |
08.14.12 |
3 Days |
$1,800 |
Indianapolis, IN |
Register |
Prerequisites
A technical education and background is recommended, but an engineering degree is not required.
Description
ANSYS CFX is a fluid analysis software tool that combines CAD input, automatic meshing and a fast solution algorithm. The ANSYS CFX Introductory Course is a three-day course and consists of lectures and "hands-on" practical examples. Basics of geometry creation, grid generation, physical model specification, solution, and post-processing are covered. Please note that only introductory material and related applications will be addressed.
Includes Introduction to DesignModeler and Meshing Application training.
Each course chapter is followed by "hands-on" workshops and exercises. |
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