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('''PV-Meshless Snapshot''')
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== 2-D Wave breaking simulation: ==
 
== 2-D Wave breaking simulation: ==
  
[[Image:2D_wave_MonBC_800pxW.jpg]]
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[[Image:2D_wave_MonBC_800pxW.jpg|600px]]
  
 
== Tsunami wave hitting a Structure 1: ==
 
== Tsunami wave hitting a Structure 1: ==
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[[Image:2Dvorticity.jpg]]
 
[[Image:2Dvorticity.jpg]]
 
 
  
 
== Screenshot ==
 
== Screenshot ==
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[[Image:SPHYSICS_2D_screenshot_cropped_scaled.png]]
 
[[Image:SPHYSICS_2D_screenshot_cropped_scaled.png]]
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== Blender for Dual-SPHysics ==
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For visualisation of dual-SPHysics: [http://www.vimeo.com/user3287916/videos http://www.vimeo.com/user3287916/videos]
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[[Image:DualSPHysics_withBlender_0360.jpg]]

Latest revision as of 15:08, 19 January 2011


Contents

PV-Meshless Snapshot

PV Meshless ScreenShot W800.jpg

(Using SPHysics floating body prototype code)

2-D Wave breaking simulation:

2D wave MonBC 800pxW.jpg

Tsunami wave hitting a Structure 1:

DamBreak3D.jpg

Tsunami wave hitting a Structure 2:

(left) protection wall sloping towards, (right) protection wall sloping away from structure

Tsunami wave hittingStructure.png

2-D Dam break vorticity:

2Dvorticity.jpg

Screenshot

A typical screenshot running SPHysics on Linux (particle plot uses Matlab):

SPHYSICS 2D screenshot cropped scaled.png

Blender for Dual-SPHysics

For visualisation of dual-SPHysics: http://www.vimeo.com/user3287916/videos

DualSPHysics withBlender 0360.jpg