ANSYS, Inc.
Ann Arbor, Austin, Berkeley, Bloomington, Canonsburg, Evanston, Houston, Irvine, Lincoln, Orlando, United States
http://www.ansys.com/

TASPCB Workshop

Sixty years of combined thermal analysis experience will be shared with students. The TASPCB one-day hands-on training class allows engineers to learn TASPCB while working on real problems. Below are just some of the topics discussed during the class. Course Topics Include: Session I: TASPCB Overview - Functions and Formats (8:30-12:00) Importing ECAD Files-Extracting files and format......
 

Course Topics Include: Finite Element Method The numerical methods used in finite element analysis will be briefly discussed. Understanding the physical structure To understand the physical structure, one must understand where the heat is coming from, and where it is going. Critical areas in the model shall be determined, if possible, before the analysis begins. Understanding the......
 

Analysts responsible for customizing application of the ANSYS Software should attend this course. The seminar focuses on improving the efficiency of performing specific ANSYS analyses. Taught by ANSYS founder, Dr. John A. Swanson, this course instructs users how to create custom ANSYS commands and sub-routines through macro programming using the ANSYS Parametric Design Language and customiz......
 

The course focuses on coupled physics simulation methods and techniques for common MEMS devices, such as: thermal-electric actuators comb drive resonators micromirrors switches and piezoelectric actuators. Advanced technical concepts covered include: electrostatics capacitance extration piezoelectrics pre-stress effects initial stress effects damping characterization via......
 

Designed for intermediate ANSYS 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 al......
 

Recommended for anyone who performs finite element analysis (FEA) of mechanical parts or fluids and has little or no ANSYS experience, Introduction to ANSYS, Part I is a three-day course that focuses on basic linear, static analyses in any discipline. After completing the course, attendees should be able to maneuver efficiently within the ANSYS Graphical user interface (GUI), build two- and thr......
 

The AI*Environment training course is for users that need to create finite element models using advanced meshing techniques and to review structural and other FEA solution results. Course Topics Include: Navigating within the Graphical User Interface Creating geometry Importing CAD models Patch dependent/independent surface meshing Tetra solid meshing from original CAD and/or exis......
 

The ICEM CFD Tetra for ANSYS CFX training course (1-day) is for users needing advanced meshing techniques for ANSYS CFX applications. Course Topics Include: ICEM Graphical User Interface Navigation Importing CAD models / manipulating geometry Tetra meshing from original CAD and/or existing surface mesh Prism element extrusion for boundary layer mesh Hex Dominant Meshing Mesh edi......
 

A two-day course in High-frequency Electromagnetic Analysis is recommended for analysts who perform full-wave high-frequency modal and harmonic electromagnetic analyses from radio frequency (RF) to microwave, even light wave. Attendees learn how to set up and solve full-wave high-frequency electromagnetic field problems, visualize electromagnetic fields as well as calculate high-frequency elect......
 

Engineers responsible for analyzing the thermal response of structures and components, are encouraged to take this 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 stru......
 

Beneficial to engineers who analyze problems involving contact, large deformations, nonlinear materials, high frequency response phenomena or problems requiring explicit solutions. Attendees with prior modeling and nonlinear skills should be able to: distinguish problems that should be solved explicitly versus implicitly identify and choose element types, materials and commands used in......
 

This is a hands-on workshop covering material testing, material modeling and finite element analysis of elastomers. Instructors from ANSYS, Inc. and Axel Products, Inc. present an integrated testing and analysis workshop using the experimental facilities of Axel Products, Inc. and ANSYS software. Attendees perform elastomer experiments using laboratory instruments to create data appropriate for......
 

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 transf......
 

Engineers capable of analyzing the dynamic response of structures would benefit from this two-day course focusing on modal, harmonic and transient dynamic analysis. Upon completion, analysts should be able to calculate natural frequencies and mode shapes of linear elastic structures (modal analysts) analyze the response of structures under the action of time-varying loads (transient analy......
 

BladeModeler is a specialized, easy-to-use tool for the rapid 3-D design of rotating machinery components. The BladeModeler Introductory training course is a one day offering which includes lectures and "hands-on" practical examples. BladeGen and Blade Editor are covered. BladeGen is the Blade creation and editing tool created specially for fast, efficient, and flexible blade desig......
 

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 nonlineari......
 

ANSYS Workbench-Simulation Structural Nonlinearities (2-day training course) is for engineers that need to perform structural nonlinear analyses using the Workbench-Simulation environment. It is intended for users already familiar with the procedures for performing a linear static analysis in Workbench-Simulation. The course introduces the nonlinear solution procedure and covers how to setup a ......
 

ANSYS Workbench-Simulation Heat Transfer (2-day training course) 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 st......
 

ANSYS Workbench-Simulation Emag is a 2-day training course that covers how to perform magnetostatic analyses of 3D geometric models using the SOLID117 edge formulated element available in ANSYS. The course covers the supported Electromagnetic features in the ANSYS Workbench - Simulation environment followed by six detailed workshop exercises. Prerequisite: ANSYS Workbench-Simulation Intro ......
 

ANSYS Workbench-Simulation Dynamics (2-day training course) is for engineers wishing to use Workbench-Simulation 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 Workbench-Simulation, the natural frequencies, mode shapes an......
 

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