exam 2 BME 350

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Biomedical Engineering

University/Undergrad

9 Terms

1
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surface area of a capillary
TBD
2
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hydraulic conductance
A= area of pores S=surface area r=pore radius Mu=viscosity tau=squigglyness of pore tm=pore length units are m/(Pa*s) meters per pascal seconds or (m^2)*s/kg
A= area of pores S=surface area r=pore radius Mu=viscosity tau=squigglyness of pore tm=pore length units are m/(Pa*s) meters per pascal seconds or (m^2)*s/kg
3
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filtration flow
Q=flow out of pores lp=hydraulic conductance S=surface area of capillary delta p=pressure drop may be given hydrostatic(need osmotic pressure)(hydrostatic-osmotic to get delta p) if negative it goes in instead of out units (m^3)/s
Q=flow out of pores lp=hydraulic conductance S=surface area of capillary delta p=pressure drop may be given hydrostatic(need osmotic pressure)(hydrostatic-osmotic to get delta p) if negative it goes in instead of out units (m^3)/s
4
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rectangular pores
lp =hydro conduct Ap= S= h=half pore height mu=viscosity tau=squigglyness of pore tm=pore length
lp =hydro conduct Ap= S= h=half pore height mu=viscosity tau=squigglyness of pore tm=pore length
5
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capillary flow rate
q capillary in q filtrate q capillary out
q capillary in q filtrate q capillary out
6
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filtration flux
q filtrate s=surface area
q filtrate s=surface area
7
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diffusion coefficient 1 stokes eqn
r gas const t temp const mu viscosity a socket radius(see 8)
r gas const t temp const mu viscosity a socket radius(see 8)
8
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socket radius
3 not s mw molar weight s surface phi density na given
3 not s mw molar weight s surface phi density na given
9
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