Uploads by Blayne Sarazin

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This special page shows all uploaded files.

File list
Date Name Thumbnail Size Description
13:36, 22 April 2017 Cartilage.PNG (file) 41 KB  
13:26, 22 April 2017 Nose reactor.PNg (file) 311 KB  
13:12, 22 April 2017 Bioreactor.PNG (file) 311 KB  
13:12, 22 April 2017 Nose scaff.PNG (file) 423 KB  
12:22, 22 April 2017 RMBR.jpg (file) 49 KB  
12:01, 22 April 2017 Thermo Reactor.PNG (file) 15 KB  
10:37, 22 April 2017 Weizmann bacteria.jpg (file) 43 KB  
10:30, 22 April 2017 Algae Reactor.jpg (file) 119 KB  
09:31, 22 April 2017 Bose bioreactor.jpg (file) 102 KB  
09:26, 22 April 2017 Wiezmann bacteria.jpg (file) 43 KB  
17:12, 21 April 2017 Device.png (file) 84 KB Reverted to version as of 00:11, 22 April 2017
15:31, 6 April 2017 Chemoattractants.jpg (file) 24 KB  
13:48, 6 April 2017 Chemotaxis.jpg (file) 14 KB  
13:26, 23 March 2017 Aorta Diagram.png (file) 100 KB  
12:44, 23 March 2017 Microfluidic laminar flow.png (file) 256 KB  
12:17, 23 March 2017 Open duct example.png (file) 5 KB  
11:09, 14 February 2017 Laminar-Turbulent Flow.jpg (file) 53 KB  
13:03, 12 February 2017 Laminar-Turbulent Transition.jpg (file) 12 KB The plume from this candle flame goes from laminar to turbulent. If the correct fluid properties are known, the Reynolds Number can be calculated to predict where the Laminar-to-Turbulent transition occurs.
12:51, 12 February 2017 Laminar-turbulent transition.jpg (file) 12 KB The plume from this candle flame goes from laminar to turbulent. If the correct properties of the plume are known, the Reynolds Number can be calculated, and give us more information as to where the laminar-to-turbulent transition occurs.