Animations

From SPHYSICS

(Difference between revisions)

Latest revision as of 18:56, 9 February 2014

See the SPHERICWebsite YouTube Channel for videos

2-D Armoured Breakwater	3-D Floating Boxes

parallelSPHysics simulation of regular waves approaching the Zeebrugge breakwater	SPHysics simulation of Floating Boxes at beach, animation created by John Biddiscombe (CSCS) using PV-Meshless

Particle splitting & Coalescing	Tsunami simulation with SWE-SPHysics

Variable resolution with dynamic particle refinement (Renato Vacondio)	SWE-SPHysics simulation of tsunami with open boundaries (Renato Vacondio)

Blender for DualSPHysics	Flooding simulation of Thamesmeade with SWE-SPHysics

Visualisation performed with Blender (blender.org) by Miguel Zavale Aké from Universidad Nacional Autónoma de México, UNAM.	SWE-SPHysics simulation of Thamesmeade flooding with open boundaries (Renato Vacondio)

@@ Line 1: / Line 1: @@
-__FORCETOC__
+__NOTOC__
-== '''3-D Dam break hitting structure''' ==
+See the [https://www.youtube.com/user/SPHERICWebsite SPHERICWebsite YouTube Channel for videos]
-<embed  src="http://stream.manchester.ac.uk/player.swf"  width="345"  height="300"  allowscriptaccess="always"  allowfullscreen="true"  flashvars="height=320&width=362&file=27829627_hi.mp4&streamer=rtmp://flash.stream.manchester.ac.uk/media/mp4:&searchbar=false&autostart=false&image=http://wiki.manchester.ac.uk/sphysics/images/Case5_3D_DamBreak_WhiteBG.png">  </embed>
+{| style="background:#f1f1f1; align:left" cellspacing="0" cellpadding="8" width="400"
+| '''2-D Armoured Breakwater'''
+| '''3-D Floating Boxes'''
+|-
+| {{#ev:youtube|JMsIfsLrghE|350}}
+| {{#ev:youtube|huXY-rhwMJA|350}}
+|-
+| parallelSPHysics simulation of regular waves approaching the Zeebrugge breakwater
+| SPHysics simulation of Floating Boxes at beach, animation created by John Biddiscombe (CSCS) using '''[https://twiki.cscs.ch/twiki/bin/view/ParaViewMeshless PV-Meshless]'''
+|-
+|}
-SPHysics simulation of 3-D Dam break
+<br/>
-[http://cfd.mace.manchester.ac.uk/sph/SPHysicsVideos/3D_Dambreak_dx_0p005_SCC_0p9MillionPs_RGB_WhiteBG.avi Click here to download animation]
+{| style="background:#f1f1f1; align:left" cellspacing="0" cellpadding="8" width="400"
+| '''Particle splitting & Coalescing'''
+| '''Tsunami simulation with SWE-SPHysics'''
+|-
+| {{#ev:youtube|Ifj-EDhlRkQ|350}}
+| {{#ev:youtube|yE9jYnqfv04|350}}
+|-
+| Variable resolution with dynamic particle refinement (Renato Vacondio)
+| SWE-SPHysics simulation of tsunami with open boundaries (Renato Vacondio)
+|-
+|}
-== '''3-D Floating Boxes at beach Simulation''' ==
+<br/>
+{| style="background:#f1f1f1; align:left" cellspacing="0" cellpadding="8" width="400"
+| '''Blender for DualSPHysics'''
+| '''Flooding simulation of Thamesmeade with SWE-SPHysics'''
+|-
+| {{#ev:youtube|4IfgJJZcl_A|350}}
+| {{#ev:youtube|pCWqFMgKWYc|350}}
+|-
+| Visualisation performed with Blender (blender.org) by Miguel Zavale Aké from Universidad Nacional Autónoma de México, UNAM.
+| SWE-SPHysics simulation of Thamesmeade flooding with open boundaries (Renato Vacondio)
+|-
+|}
-[[Future developments|SPHysics with Floating Objects]] will be released soon:
+<br/>
-<embed  src="http://stream.manchester.ac.uk/player.swf"  width="450"  height="304"  allowscriptaccess="always"  allowfullscreen="true"  flashvars="height=310&width=452&file=87536573_hi.mp4&streamer=rtmp://flash.stream.manchester.ac.uk/media/mp4:&searchbar=false&autostart=true&image=http://wiki.manchester.ac.uk/sphysics/images/FloatingBodies-2_W450px.png">  </embed>
-SPHysics simulation of Floating Boxes at beach, animation created by John Biddiscombe (CSCS) using '''[https://twiki.cscs.ch/twiki/bin/view/ParaViewMeshless PV-Meshless]'''.
-[http://cfd.mace.manchester.ac.uk/sph/images/FloatingBodies-2.mpg Click here to download animation]
-== '''2-D Floating Boxes at beach Simulation''' ==
-<embed  src="http://stream.manchester.ac.uk/player.swf"  width="450"  height="284"  allowscriptaccess="always"  allowfullscreen="true"  flashvars="height=290&width=462&file=37461905_lo.mp4&streamer=rtmp://flash.stream.manchester.ac.uk/media/mp4:&searchbar=false&autostart=true&image=http://wiki.manchester.ac.uk/sphysics/images/3Boxes_2D_AdaptiveMPI_VilaRS_ParaViewZoom3_frame0002.jpg">  </embed>
-SPHysics simulation of 2-D Floating debris at beaches
-[http://cfd.mace.manchester.ac.uk/sph/SPHysicsVideos/parallelSPHysics2D_3Boxes.avi Click here to download animation]
-== '''2-D Armoured Breakwater Simulation''' ==
-<embed  src="http://stream.manchester.ac.uk/player51.swf"  width="400"  height="304"  allowscriptaccess="always"  allowfullscreen="true"  flashvars="height=310&width=412&file=37534719_lo.mp4&streamer=rtmp://helix.stream.manchester.ac.uk/flash/mp4:&searchbar=false&autostart=false">  </embed>
-SPHysics simulation of 2-D Armoured Breakwater
-[http://upload.stream.manchester.ac.uk/archived_files/37534719.avi Click here to download animation]
-== '''3-D Simulation of Breaking Wave''' ==
-<embed  src="http://stream.manchester.ac.uk/player.swf"  width="360"  height="294"  allowscriptaccess="always"  allowfullscreen="true"  flashvars="height=300&width=362&file=53825842_lo.mp4&streamer=rtmp://flash.stream.manchester.ac.uk/media/mp4:&searchbar=false&autostart=false&image=http://wiki.manchester.ac.uk/sphysics/images/Screenshot-Case3_3D_dx_0p005_frame0590.png">  </embed>
-SPHysics simulation of 3-D Dam break
-[http://cfd.mace.manchester.ac.uk/sph/SPHysicsVideos/parallelSPHysics3D_PlungingWave.avi Click here to download animation]
-== 2-D Coupling Boussinesq to SPH ==
-An hybrid Boussinesq-SPH coupled code will be released soon:
-<embed  src="http://stream.manchester.ac.uk/player.swf"  width="550"  height="430"  allowscriptaccess="always"  allowfullscreen="true"  flashvars="height=235&width=550&file=34504129_hi.mp4&streamer=rtmp://flash.stream.manchester.ac.uk/media/mp4:&searchbar=false&autostart=false&image=http://wiki.manchester.ac.uk/sphysics/images/Figure2.jpeg">  </embed>
-== Blender for Dual-SPHysics ==
-For visualisation of dual-SPHysics: [http://www.vimeo.com/user3287916/videos http://www.vimeo.com/user3287916/videos]
-[[Image:DualSPHysics_withBlender_0360.jpg]]