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Advanced Courses
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EMI/EMC Analysis Methodology using Ansoft Tools
A student will learn which tools are needed to perform EMI/EMC analysis, and what part they play in the methodology. Additionally, a student will gain knowledge in how to properly create the necessary simulations and how to incorporate multiple simulation results into a final full system simulation.
To accomplish the above, a student will obtain a basic understanding of how to create and solve simulations in SIwave, Ansoft Designer and HFSS. Additionally a student will gain knowledge of how to dynamically link different simulation together and how to use the "push excitations" function in Ansoft Designer.
Specifically, a student will learn how: to import a board file, setup, and solve an SIwave model; to dynamically link an SIwave model to Ansoft Designer, apply time based excitations to the linked model, and use the push excitation feature; to create an EMI plot in SIwave; to import a board housing and/or create an HFSS model and what the various excitations and boundaries are; to link data from SIwave into HFSS; to create an EMI plot in HFSS.
Instructor: Markus Kopp, ANSYS, Inc.
Date: November 10
Lenght: 8 hours
Fee: R$ 950,00 (30% off for academic students)
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ANSYS CFD - Turbomachinery Flow Modeling
Focuses on the understanding of the phenomena associated with the turbomachinery flow modeling and the appropriated use of these resources in the ANSYS CFX software.
Instructor: Bruno Contessi, ESSS
Date: November 10 - 11
Lenght: 10 hours
Fee: R$ 1.200,00 (30% off for academic students)
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ANSYS Mechanical - Advanced Contact and Fasteners
This course is recommended for engineers who want to use ANSYS to perform analysis on contact models that cannot be readily solved using default settings. Advanced Contact and Fasteners covers themes from contact stiffness and friction to surface-to-surface, node-to-node and bolt pretension elements on ANSYS Classic and Workbench platforms.
Instructor: Luiz Lima, ESSS
Date: November 10 - 12
Lenght: 12 hours
Fee: R$ 1.450,00 (30% off for academic students)
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ANSYS APDL Programming - Integrating Workbench and Classic
This course is designed to professionals who want to use the ANSYS advanced resources on the Workbench platform through APDL Programming (ANSYS Parametric Design Language).
Instructor: Giovanni Teixeira, ESSS
Date: November 10 - 12
Lenght: 12 hours
Fee: R$ 1.450,00 (30% off for academic students)
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Electromagnetic Analysis of Electromechanical Products using Maxwell
Maxwell is the leading electromagnetic field simulation software used for the design and analysis of 3D/2D structures, such as motors, actuators, transformers and other electric and electromechanical devices common to automotive, military/aerospace, and industrial systems. Based on the Finite Element Method (FEM), Maxwell accurately solves static, frequency-domain and time-varying electromagnetic and electric fields.
Instructor: Leandro Percebon, ESSS
Date: November 10 - 12
Lenght: 12 hours
Fee: R$ 1.450,00 (30% off for academic students)
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ANSYS Mechanical Workbench – Rotordynamics
- Coriolis Effect and Reference Systems
- Stationary reference system (Modal Analysis, Harmonic Analysis, Synchronous Force, Asynchronous Force, Campbell Diagram, Whirl Orbit, Transient Analysis)
- Rotatory Reference System (Modal Analysis, Harmonic Analysis)
- Bearing
Instructor: Fabiano Nunes Diesel, ESSS
Date: November 10 - 12
Lenght: 12 hours
Fee: R$ 1.450,00 (30% off for academic students)
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Optimization Techniques using modeFRONTIER
This training is recommended for engineers and analysts (both numerical and experimental) interested in learning the fundamental concepts of optimization techniques applied to engineering projects. Topics to be covered during this course include: introductory concepts such as design of experiments (DOE), sensitivity analyses; advanced techniques such as multi-objective optimization algorithms, Robust Design, and meta-modeling. Practical examples are used to illustrate the different course topics, as well as the coupling between modeFRONTIER and other well-known CAE tools.
Instructor: Ana Paula Curty Cuco, ESSS
Date: November 10
Lenght: 8 hours
Fee: R$ 950,00 (30% off for academic students)
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Using EDEM for Discrete Element Modeling
EDEM is the world's first general-purpose CAE tool to use state-of-the-art discrete element modeling technology for the simulation and analysis of particle handling and manufacturing operations. EDEM has a user-friendly GUI including a portfolio of tools for model set up, solver control and analysis of results. Complex models involving irregular particles and complex equipment geometry can be implemented without any programming required. A fully customizable API enables coupling with external models and ANSYS tools.
Topics:
- DEM (Discrete Element Modeling)
- Creating and importing geometries
- Setup, solver, post-processing and basic simulation
- Contact models, adhesion, cohesion and body forces
- Import particle templates and moving plane models
- Using API to write, build, and include a new contact model
Instructor: Daniel Nasato, ESSS
Date: November 10
Lenght: 8 hours
Registration Closed:
If you wish to attend this course in another opportunity, please send your data to Daniel Nasato: daniel.nasato@esss.com.br
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