United States Military Academy
227b Barnard Loop
West Point, NY 10996
 
Email Matthew J. Armstrong

Number of Papers = 5           

Paper No. Paper Details Presenter
AR1 Using rheology to optimize of the chocolate process
Payton Boylston, April Miller, Bailey Schieve, and Matthew J. Armstrong
Wednesday    9:50    Room 306B (Track 6)
N
BB5 Large amplitude oscillatory shear (LAOS) flow as a metric of comparison for contemporary human blood rheological models
Matthew J. Armstrong, Jeffrey S. Horner, Michael Deegan, Norman J. Wagner, and Antony N. Beris
Monday    11:30    Room 306B (Track 6)
Y
GR12 Mechanical contour maps of human blood
Matthew J. Armstrong, Simon A. Rogers, Gavin J. Donley, and Jeffrey S. Horner
Wednesday    6:30    Main Lobby on 3rd floor (Gallery of Rheology)
Y
PO105 Rheological and parametric analysis of the effects of aspirin on human blood
Wes Pulles, Katleyn Rook, Matthew J. Armstrong, and Jeffrey S. Horner
Wednesday    6:30    Ballroom C on 4th floor (Poster Session)
N
PO113 Determination of statistically significant correlations between physiological and rheological model parameters of human blood
Matthew J. Armstrong, Michael Deegan, Jason Barnhill, Ken Wickiser, Nick Clark, and Jeff Baker
Wednesday    6:30    Ballroom C on 4th floor (Poster Session)
Y