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FAN 2018 - Proceedings of the International Conference on Fan Noise, Aerodynamics, Applications and Systems - Darmstadt 2018
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Référence : fan2018
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Auteurs : Geoff SHEARD, Jurgen SCHÖNE, Alain GUEDEL, Xavier CARNIEL, Thomas CAROLUS, Peter PELZ (Chairmen of the Conference)

Résumé :
The design of fans has evolved to meet the everincreasing demands for higher efficiency machines, combined with the requirements for lower noise and high availability. In addition many fans are now being used in safety related applications, such as smoke control in buildings and underground spaces in the event of a fire. Variable speed is now more common, leading to some additional design problems and many existing users are revisiting their plant looking at ways to upgrade the fans. The use of numerical simulation techniques is also becoming an established part of aerodynamic design processes.

This event will be a forum for fan and system designers, manufacturers and operators, with the aim of improving our understanding of fans and their system interaction. The conference Fan 2018 will follow a format with three separate, but complimentary tracks.

Sommaire :
FAN APPLICATION AND SYSTEMS
- Fan Design & Materials
- System & Preliminary Design
- Test Rig & Instrumentation
- Fan Efficiency Metric & Market Surveillance
- Fan Design for Improved Efficiency and Extended Operating Range
- Retrofit and Upgrading Existing Fan Installations

FAN NOISE
- Noise Generation Mechanisms
- Noise Prediction by Analytical or Numerical Models I
- Experimental Methods for Localizing / Characterizing Sources
- Installation Effects
- Design for Low-noise Fans
- Psychoacoustics
- Case Studies: Acoustics

FAN AERODYNAMICS
- Application of Analytical, Computational and Experimental Methods
- Case Studies: Aerodynamics I
- Cordier Guided Design Strategies
- Fan Design for Improved Efficiency and Extended Operating Range
- Development of Analytical and Computational Methods
- Automatized Aerodynamic Design via Optimization

Année de publication : 2018

Thèmes :

  • Ventilateurs

Mots-Clés :

  • Acoustique
  • Modélisation
  • Ventilateurs cage d'écureuil
  • Ventilateurs centrifuges
  • Ventilateurs hélicoïdes
  • Ventilateurs tangentiels
  • Ventilateurs
  • Aérodynamique des ventilateurs
  • Mécanique des fluides


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