Boca Raton / Gregersen / Jülich / New York / Greenwich / Providence / Richland / Naples / /
Company
LG / BT / GE / Disperse Systems / cPacific Northwest National Laboratory / JAI Press / Merrill / /
Country
Germany / / /
Facility
National Institute / New York University / Brown University / Jülich Supercomputing Center / CC Mill / /
IndustryTerm
biomedical applications / triangular network / membrane bending energy / energy / pigment-oil suspensions / material science applications / /
MedicalCondition
sickle-cell anemia / hematologic disorders / hematological diseases / disease / atherosclerosis / malaria / deep venous thrombosis / Gastrointestinal cancer / diabetes mellitus / diseases / AIDS / aforementioned diseases / human disease / disorders / /
MusicGroup
B.C. / A.F. / /
Organization
New York University / National Science Foundation / Brown University / Jülich Supercomputing Center in Germany / National Institute for Computational Science / Institute for Advanced Simulation / Institute of Complex Systems / /
Person
George E. Karniadakisb / Gerhard Gomppera / Int Cong Rheol / Dmitry A. Fedosova / Bruce Caswellb / /
Position
Author / King / low-dimensional model for the red blood cell / /
Predicting human blood viscosity in silico Dmitry A. Fedosova,b, Wenxiao Panb,c, Bruce Caswellb, Gerhard Gomppera, and George E. Karniadakisb,1 a Institute of Complex Systems and Institute for Advanced Simulation, Forsch