|
|
Student
Name |
Indep. Study,
CO-OP or MEM395 |
Academic
Term(s) |
Project |
|
1
|
Anuj
Singh |
UG, MEM
6 mo. CO-OP |
Winter, Spring AY0405 |
High-Lewis
number premixed flame instabilities and cool flames experiment
|
|
2
|
Matthias Colomb |
UG, MEM
Independent Study |
Spring
AY0405 |
Model
aircraft development,
design and
testing |
|
3 |
Andrew Lavine |
UG, MEM
Independent Study |
Spring
AY0405 |
Development
of a Small-Scale Rocket for microgravity experimentation |
|
4 |
Yoohanon George |
UG, MEM
Part-time support |
Summer AY0506 Fall AY0607 |
CFD
programming of Wang-Mou chemical model with Lewis number
variation
|
|
5 |
Frank
Leone |
MEM 395 Hess
Honors Research |
Winter AY0405 |
Mathematical Burn
Injury
Models |
|
6 |
Bryce Campbell |
MEM 395 Hess
Honors Research |
Summer, Fall
AY0405-0506 |
Hydrogen
production from methane partial oxidation |
|
7 |
Brian
Fellon |
MEM 395 Hess
Honors Research |
Fall, Winter, Spring AY0607 |
Nano-catalaytic spontaneous ignition and self-supporting
room-temperature combustion |
|
8 |
Christopher Ricuitti |
MEM 395 Hess
Honors Research |
Fall, Winter AY0607;
Fall0708 |
Nano-catalaytic spontaneous ignition and self-supporting
room-temperature combustion |
|
9 |
William Hesse |
MEM 395 Hess
Honors Research |
Winter
AY0607;
Fall0708 |
Partial
oxidation of methane at low and intermediate temperatures for
hydrogen production |
|
10 |
Seth
Kovnat |
MEM 395 Hess
Honors Research |
Fall, Winter
AY0607 |
Partial
oxidation of methane at low and intermediate temperatures for
hydrogen production |
|
11 |
Matthew Turner |
MEM 395 Hess
Honors Research |
Summer
AY0607;
Fall0708 |
Cool flames
in highly-dilute premixtures with reduced Rayleigh numbers |
| |
|
|
|
|
|
