The State University of New Jersey / State University of New Jersey / /
IndustryTerm
actual chemical processes / excellent tool / acidic solution / basic media / chemical reactions / pharmaceuticals / mature tool / energy dissipation concepts / pharmaceutical and chemical process industries / software suite / chemical processing indu tries / flow field solution / pharmaceutical industry / stirred tank reactor systems / continuity solutions / finite element technology / fermentation applications / difference operator / stable solution / yellow solution / inconsistent products / gas-liquid dispersion / inconsistent product / viscous solution / computational and experimental flow solutions / experimental mixing device / chemical products / chemical / pharmaceutical industries / basic solution / approximate solutions / acidic media / food / energy / /
OperatingSystem
Linux / /
Organization
RPM Particle Image Velocimetry / Rutgers University / FDA / Ekato Interming Impeller E.S. Szalai and F.J. Muzzio Department of Chemical and Biochemical Engineering / State University of New Jersey / completed using Particle Image Velocimetry / /
Person
Reynolds Averaged Navier-Stokes / /
Position
*Corresponding Author / /
Product
Galerkin Least-Squares / /
ProvinceOrState
New Jersey / New Brunswick / /
Technology
Laser / CFD technology / finite element technology / 3-D / Linux / crystallization / Fluid Dynamics / GLS finite element technology / heat transfer / Simulation / Though finite element technology / digital camera / /
Validation of the ORCA CFD Software For Three Stirred Tank Configurations: Rushton Turbine Impellers, Pitched Bladed Impeller, and the Ekato Interming Impeller E.S. Szalai and F.J. Muzzio Department of Chemical and Bioch