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Study of blood flow behaviour in microchannels
S. Marson
*
, M. Benade
, U. M. Attia
, D. M. Allen
,
M. Kersaudy Kerhoas
, J. Hedge
, S. Morgan
, L. Larcombe
, J. R. Alcock
*
Corresponding author for this work
Institute of Biological Chemistry, Biophysics and Bioengineering
School of Engineering & Physical Sciences
Research output
:
Chapter in Book/Report/Conference proceeding
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Conference contribution
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Engineering
Flow Behavior
100%
Microchannel
100%
Microfluidic Device
100%
Lab-on-a-Chip Device
75%
Design Rule
50%
Flow Condition
25%
Flow Rate
25%
Injection Moulding
25%
High Volume Production
25%
Term Goal
25%
Large Production Volume
25%
Metallic Aluminum
25%
Blood Sample
25%
Engineering
25%
Diamond
25%
Flow Pattern
25%
Flow Velocity
25%
Aluminum
25%
INIS
devices
100%
blood flow
100%
blood
63%
volume
27%
production
18%
length
18%
design
18%
patients
18%
fluids
18%
width
18%
aluminium
18%
hemolysis
18%
plasma cells
18%
levels
9%
risks
9%
applications
9%
solutions
9%
investigations
9%
engineering
9%
supply
9%
injection
9%
plastics
9%
sampling
9%
communities
9%
manufacturing
9%
people
9%
diamonds
9%
flow rate
9%
cutting
9%
molds
9%
molding
9%
Material Science
Lab-on-a-Chip Device
100%
Aluminum
66%
Injection Molding
33%
Diamond
33%
Physics
Hemolysis
40%
Injection Moulding
20%