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RBF Morph
Published on Jan 06, 20143960 Views
An overview about mesh morphing and its benefits was given with a specific focus on Radial Basis Functions (RBF) methods and the industrial tool RBF Morph, currently available as an add-on for the CFD
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Chapter list
RBF Morph00:00
RBF Morph Training Agenda - 101:04
RBF Morph Training Agenda - 201:30
RBF Morph Training02:11
Outline02:14
RBF Morph tool presentation02:44
Morphing & Smoothing02:45
RBF Morph Features04:45
Mesh Morphing with Radial Basis Functions07:41
One pt at center 80 pts at border09:34
Effect on surface (gs-r)09:49
Effect on surface (cp-c4)10:08
Control of volume mesh (1166 pts)10:20
Morphing the volume mesh10:40
Background: RBF Theory - 110:53
Background: RBF Theory - 211:37
Background: RBF Theory - 312:32
Background: accelerating the solver13:31
Background: solver performances escalation14:43
Coming soon: GPU acceleration!16:07
Scaling plot16:45
How it Works: the work-flow17:04
How it Works: the problem setup22:55
How it Works: parallel morphing23:18
Industrial Applications27:56
Motorbike windshield29:06
Formula 1 Front Wing29:55
Sails Trim30:13
Exhaust manifold30:47
Optimized vs. Original - Streamlines31:08
Optimization of sweep angles31:52
Optimization of nacelle32:31
50:50:50 Project Volvo XC6032:44
Aeroelastic Analysis of Formula 1 Front Wing34:59
rbf - morph36:27
Ice accretion morphing37:09
3D accretion morphing38:32
Ship Hull (University of Leeds) - 139:33
Ship Hull (University of Leeds) - 239:56
MIRA Reference car (MIRA ltd)40:04
Modeling Guidelines40:35
Thank you40:44