Finite and boundary element analysis are applicable in many situations including loudspeaker cone breakup, radiation, diffraction and source/room interaction. However there is a rapid increase in computational requirement with frequency. HPCN techniques exploit the combined resources of several computers. The current work used 4 PCs. Promising results are shown for a radiation problem and analysing source placement in a room.

Authors: Macey, Patrick C.; Wright, Julian R.; Allsopp, Nicholas K.
Affiliations: PAFEC Ltd, Notingam, England ; Celestion International, Maidstone, England ; Parallel Applications Centre, Southampton, England(See document for exact affiliation information.)
AES Convention: 106 (May 1999) Paper Number: 4883
Publication Date: May 1, 1999
Subject: Transducers

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