Biofluid Mechanics
The concentration in biofluid mechanics
has special interest in liquid, gas, particle, and heat flow in the human
respiratory system. Some engineering aspects studied by the Pulmonary
Fluid Mechanics Laboratory include: delivery of medications by inhaled
aerosols, flow and mixing of gases in the lung, fluid mechanics of coughing,
interaction of the respiratory system with the environment, causes of respiratory
tract infections, heat and water transport in the respiratory system, mass
transfer in the nasal cavity, uptake of pollutants and odorants in the
nose and lung, and obtaining diagnostic information such as cardiac output
from respiratory gas washout.
Penn Research Laboratories involved in Biofluid Mechanics:
Ph.D. students who choose the concentration
in biofluid mechanics take 6 required courses and a minimum of 5-7 relevant
electives from courses listed below:
| BE 632 |
Biomed. Appl. Fluid Mechanics |
| BIOL 556 |
Advanced Statistics |
| CHE 640 |
Transport Processes I |
| CHE 641 |
Transport Processes II |
| ENM 502 |
Numerical Methods |
| ENM 511 |
Foundations of Engineering Mathematics - II |
| MEAM 527 |
Finite Element Analysis |
| MEAM 642 |
Fluid Mechanics I |
| MEAM 643 |
Fluid Mechanics II |
| MEAM 644 |
Fluid Mechanics III |
| MEAM 645 |
Fluid Mechanics IV |
| MEAM 646 |
Computation Mechanics |
| MEAM 664 |
Heat Transfer I: Conduction |
| MEAM 665 |
Heat Transfer II: Convection |
| MEAM 666 |
Heat Transfer III: Radiation |
| MEAM 669 |
Topics in Two-Phase Flows and Heat Transfer |
Bioengineering industry sectors related to Biofluid Mechanics:
Bioengineering
| Penn Engineering Home
| Penn Home |
City of Philadelphia
Faculty
& Staff |
Graduate Program |
Undergraduate Program |
Research
| Labs & Organizations
| Events
Course
Listings
|
BE Links
| Site Index |
Admission
| Employment
|