Deutsche Opera Berlin

German Opera House


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Controlling multiple acoustic objectives during the implementation of the European directive 2003/10/EC at the opera house

 
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Intelligent Production Technologies

Our Network Partner also called “InPro”


 
Experts from both business and science met on November 14, 2016 for the kick-off event at the TechCenter ZAL Center of Applied Aeronautical Research in Hamburg, Germany

Experts from both business and science met on November 14, 2016 for the kick-off event at the TechCenter ZAL Center of Applied Aeronautical Research in Hamburg, Germany

 

  • 3D ICOM

  • A&T Manu-facturing GmbH, HAW Hamburg

  • Business Innovation Laboratory (BIL)

  • Helmut-Schmidt-Universität

  • Institut für Automatisierungstechnik (IfA)

  • INVENT GmbH

  • LEUKA (Inh. Karlheinz Leuze e.K.)

  • MET Motoren- und Energietechnik GmbH

  • PMG Precision Mechanics Group GmbH

  • QualityPark AviationCenter GmbH

  • TU Dresden (Institut für Fertigungstechnik)

  • wax GmbH

 

 Simulation Software Design

for acoustical layout and shape optimization of new materials for diffusers in room acoustics and architecture


 

The present report describes the research on acoustic metamaterials carried out throughout this project. It is of great interest, especially,​ in the private sector to offer new and cost-effective solution to solve difficult problems. This need requires continuou​s transfer of knowledge and technology from academia to the private sector in order to develop novel products.

 
 

The present report describes the research on acoustic metamaterials carried out throughout this project. It is of great interest, especially in the private sector, to offer new and cost-effective solutions to solve difficult problems. This need requires a continuous flow of knowledge and technology, between the academics and the private sectors, in order to develop novel products.

Within this effort to provide the partnering company with new resources, metamaterials offer countless opportunities for this purpose. The novel field of acoustic cloaking is studied in depth, and several designs of cloaking devices are presented together, along with their advantages and disadvantages. Performance among them is assessed through the simulations of sound pressure, field distribution and the total scattering cross-section. Lastly, a beam-bending metamaterial is presented and evaluated.

 
 
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