//***************************************************************************** // // ABEC3 Solving File // Project: CP104 Enclosure 7 // //***************************************************************************** // Hinweis auf einen anderen Textfile, in dem die Gehäusekoordinaten beschrieben sind File="Nodes CP104 Enclosure 7.txt" Control_Solver f1=30; f2=2000; NumFrequencies=60; Abscissa=log; MeshFrequency=2000Hz Dim=3D Sym=x Meshing=Delaunay Subdomain_Properties "Exterior" Subdomain=1 ElType=Exterior IBPlane=x; IBOffset=0m // Reflecting floor Elements "Enclosure-Exterior" RefNodes="N1" SubDomain=1 101 2003 2203 2204 2004 // bottom wall 102 2203 2202 2201 2204 // rear wall 103 2002 2001 2201 2202 // top wall 104 2004 2204 2201 2001 // side wall Subdomain_Properties "Interior" Subdomain=3 ElType=Interior Color=Green 0.5 Elements "Enclosure-Interior" RefNodes="N1" SubDomain=3 101 4004 4204 4203 4003 // bottom wall 102 4204 4201 4202 4203 // rear wall 103 4202 4201 4001 4002 // top wall 104 4001 4201 4204 4004 // side wall Baffle 'Exterior' Subdomain=1 EdgeLength=25mm, 25mm Vertices=2003,2004,2001,2002 "N1" 101 Ref="Cone Front" x=0mm y=92mm Baffle "Interior" Subdomain=3 EdgeLength=25mm, 25mm SwapNormals=true Vertices=4003,4004,4001,4002 "N1" 101 Ref="Cone Rear" x=0mm y=80mm Diaphragm "Cone Front" Side=Front // Membran Vorderseite DrvGroup=1001 // Driving group - Link zum Antrieb SubDomain=1 // Definition Sub-Domäne 1 = Außen EdgeLength=10mm // Kontrolliert Feinheit des meshings //Simple=true // Simple model dD=87mm // Diameter of cone tD1=15mm // Inner depth of cone to base of dust cap dD1=-1mm // Diameter of dust cap hD1=1mm // Height of dust cap Ws=2mm // Width of outer suspension hD2=15mm // Height of total cone on the outside dVC=20mm // Diameter of voice coil hVC=5mm // Height of voice coil dM=65mm // Diameter of magnet hM=35mm // Height of magnet Diaphragm "Cone rear" Side=Rear // Membranrückseite DrvGroup=1002 // Driving group - Link zum Antrieb SubDomain=3 // Definition Sub-Domäne 3 = Gehäuße innen RefDiaphragm="Cone Front" // Bezug auf die Membran-Vorderseite "Cone front" t1=12mm // Offset bezogen auf Baffle-Rückseite