An introduction to Boundary Element Acoustics - November 15th

Boundary element acoustics is a technology used to simulate radiated acoustics. This web seminar will explain the basic differences between the finite element method and the boundary element method. The Boundary Element Method (BEM) effectively reduces complex 3D geometry to 2D surface dimensions. Only the surface areas of t he structural systems that are vibrating or scattering sound need to be modeled. The BEM model sizes are typically limited to a few thousand elements, resulting in relatively small, easy-to-create, easy-to-check and easy-to-handle models, as opposed to the complexity of full 3D Finite Element models. These reduced models also deliver results in a shorter timeframe, allowing users to quickly get insights in the acoustic performance of their designs.

Once a basic understanding is obtained some application examples will be shown both in the presentation and then backed up by a short demonstration using LMS Virtual.Lab. 15 minutes will also be reserved for a question and answer session and there is also time available after the web seminar to talk to the presenter to get further information on Virtual.Lab acoustics and its technology.

What will you learn:

• The basic difference between Boundary Element Acoustics and Finite Element Acoustic
• How LMS approaches application examples such as washing machine or electric motors

Who should attend:

• Management that want a better understanding of Acoustics and how it can help their work
• New users to acoustics, this short web seminar will give you a good understanding of what is available and what is possible with Boundary Element Acoustics

Register for the European session (10am Brussels time CET)  
Register for the US session (2pm EST time)

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Introduction to multi-domain system simulation in LMS Imagine.Lab AMESim - November 15th

LMS Imagine.Lab AMESim offers a complete 1D simulation platform to model and analyze multi-domain, intelligent systems and to predict their multi-disciplinary performance. The components of the model are described by analytical models representing the hydraulic, pneumatic, electric or mechanical behavior of the system. To create the system simulation model in LMS Imagine.Lab AMESim, the user can make use of a large set of validated libraries of pre-defined components from different physical domains. The software creates a physics based model of the system, which doesn’t require a full 3D geometry representation. This approach gives LMS Imagine.Lab AMESim the capability to simulate the behavior of intelligent systems long before detailed CAD geometry becomes available.

LMS Imagine.Lab AMESim has been adopted as the preferred 1D system simulation platform by major OEMs and suppliers in the automotive, aerospace and mechanical industries worldwide. The reference list include companies like General Motors, Toyota, Renault, PSA PEUGEOT CITROËN, Bosch, Siemens, Delphi, Airbus, Embraer, Dassault, Snecma, Caterpillar, Komatsu, CNH…

This web seminar starts with a presentation of the main features and benefits of LMS Imagine.Lab AMESim platform, and continues with a live demo of the product.

What will you learn:

The attendee will learn how leading commercial automotive manufacturers and suppliers take advantage of latest developments multidomain systems simulation to accelerate the design and the validation of engine controls.

Who should attend:

This web seminar is intended for managers and simulation engineers operating in the automotive, aerospace and mechanical industries (supplier and manufacturer) involved in designing, simulating and optimizing intelligent system.

Duration: The session will last 60 minutes and includes dedicated time for questions and answers.

Register for the European session (9am Brussels time CET)  
Register for the US session (11am EST time)

To check out other LMS webseminars, please click here 
For practical information on how our web seminars work, please click here

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