CFX Berlin - ANSYS Webinare rund um die numerische Simulation

ANSYS Webinare rund um die numerische Simulation

Als Ingenieur sind Sie bestimmt ständig auf der Suche nach Verbesserungen. Simulationsbasierte Entwicklungsmethoden sind ein Schlüssel zu tieferem Verständnis und zu effizienteren Entwicklungsmethoden.

In den nächsten Wochen zeigt ANSYS in einer Reihe von interessanten Webinaren, wie genau die numerische Simulation mit ANSYS-Software dabei helfen kann, Entwicklungsaufgaben erfolgreich zu lösen. Folgende Themen bieten wir an:

Simulation elektrischer Maschinen

Advanced Electromagnetic Simulation Design for Electric Machines

Datum: Mittwoch, 25. September 2019
Zeit: 17:00 Uhr (CET/MEZ)

Inhalt:
Electric machines are being used in more and novel applications throughout the world, driven by the need for greater power efficiency and higher power density in the transportation, aerospace and defense, and industrial automation markets. Electric machine designers are exploring design alternatives to reduce cost, optimize designs and deliver them quickly to market.

In this webinar, we will demonstrate the electromagnetic simulation of electric machines using ANSYS Maxwell, with a focus on the following topics:

     

  • A demagnetization study of a permanent magnet motor including advanced electromagnetic loss calculations

  • Optimization of electric machine performance

  • Magnetostriction effects in electric machines

     

Simulation workflows for creating accurate electric machine reduced-order models (ROMs) will also be covered, including:

     

  • Generation of an electromagnetic ROM of a permanent magnet machine

  • Generation of a thermal ROM of a permanent magnet machine

  • Vector control of a PM machine

     

Generative Design and Topology Optimization Come Together in ANSYS Discovery

Datum: Donnerstag, 17. Oktober 2019
Zeit: 17:00 Uhr (CET/MEZ)

Inhalt:

Generative design and topology optimization are areas of tremendous interest in product engineering these days, but they can sometimes be confusing. At ANSYS, we consider them to be one and the same. ANSYS Discovery combines these concepts and removes the complications of the traditional design process, enabling engineers to explore and iterate multiple CAD-ready solutions.

Join us as we introduce interactive design exploration through topology optimization.

From this webinar, you will learn:

     

  • Why rapid design exploration is a fundamental step in the prototyping process

  • How to set up a problem and interpret the results

  • How real-time simulation is actually done in real-time in ANSYS Discovery

  • Why ANSYS Discovery is called “interactive” simulation — not just simulation

     

Advanced Design Analysis on Noise, Vibration and Harshness (NVH) for Electric Machines

Datum: Mittwoch, 23. Oktober 2019
Zeit: 17:00 Uhr (CET/MEZ)

Inhalt:
Simulating noise, vibration and harshness of an electric motor is important for proper electromagnetic and vibro-acoustic design of electric vehicles. The ability to predict both the design performance and the level of vibro-acoustic noise with simulation software without the time and expense of constructing prototypes plays a significant role in creating a significant competitive advantage.

In this webinar, simulation of electromagnetic-induced acoustic noise analysis is outlined using the following examples:

     

  • Waterfall diagram generation from harmonic analysis using ANSYS Maxwell electromagnetic force mapping to ANSYS Mechanical

  • Sound synthesis to listen to motor acoustic noise using ANSYS VRXPERIENCE

  • Stress analysis of motor lamination and fatigue analysis

     

CFD Is Not Just for Fluids

Datum: Mittwoch, 6. November 2019
Zeit: 17:00 Uhr (CET/MEZ)

Inhalt:

Computational fluid dynamics (CFD) may sound intimidating, especially if you don’t have any simulation experience. ANSYS Discovery makes it easy and interactive. And CFD is not just for fluids, despite the name. In this webinar we will explore how CFD applies to airflow, thermal and structural analyses.

Join us, as we introduce CFD to those who might know what it is, but don’t really know how it’s used.

From this webinar, you will learn:

     

  • Why CFD can be used in more cases than you think
  • How minimal inputs will give you a viable result
  • How to set up a problem and interpret the data
  • Why ANSYS Discovery is called “interactive” simulation — not just simulation

Advanced Thermal Simulations of Electric Machines

Datum: Donnerstag, 7. November 2019
Zeit: 17:00 Uhr (CET/MEZ)

Inhalt:
In this webinar, we will present a comprehensive electric machine design methodology. Before running sophisticated design studies using electromagnetic (ANSYS Maxwell) and CFD (ANSYS Fluent) physics solvers, we will demonstrate an integrated initial stage design environment to perform fast electromagnetic and thermal simulations to analyze various case studies on selected electric motor topologies at the click of a button.

Thermal analysis of electric machines using ANSYS electromagnetic, thermal and CFD solutions will be outlined using the following examples:

     

  • Quick and accurate temperature profile prediction from an existing electromagnetic design

  • CFD model creation for a water-cooled permanent magnet motor

  • Tips and tricks on modeling oil-cooled motors

     

How Upfront Rapid Design Exploration Minimizes Prototyping

Datum: Mittwoch, 4. Dezember 2019
Zeit: 17:00 Uhr (CET/MEZ)

Inhalt:

ANSYS Discovery is empowering engineers, and especially designers, to avoid unnecessary prototyping through interactive design exploration. In recent years, manufacturing organizations have been identifying methods to democratize prototyping, specifically using additive technology, to minimize costs and choose the best designs. In this webinar, we’ll introduce you to ANSYS Discovery for upfront design exploration, and demonstrate how its additive prep features can be used across multiple industries.

What you will learn:

     

  • How designer-level tools can provide engineers with upfront guidance to make better design decisions

  • Why rapid design exploration is a fundamental step in the manufacturing process

  • How to manipulate imported geometry, whether provided by suppliers or internal teams

  • How to eliminate your prototyping problems upfront, and iterate quickly through simulation-led design

     

Diese Webseite nutzt Cookies

Diese Webseite nutzt Cookies zur Verbesserung des Erlebnisses unserer Besucher. Indem Sie weiterhin auf dieser Webseite navigieren, erklären Sie sich mit unserer Verwendung von Cookies einverstanden.