Rensselaer Polytechnic Institute / University of Illinois / Thomas J. Hanratty University of Illinois Department / / /
IndustryTerm
Gas-liquid flow regimes / Pattern recognition software / large gas velocities / transportation / particulate systems / gas velocity / paint sprays / high power electronics / gas increases / neural networks / nuclear and chemical waste cleanup / direct numerical solution / chemical reactors / gas-liquid annular flow / near-horizontal applications / fluid-solid flow systems / multiphase systems / computational tools / gas core / gas-liquid / gas-solid mixture / petroleum products / genetic algorithms / image processing techniques / heat transfer systems / mechanical energy equations / gas-liquid mixture / power systems / gas-liquid flows / /
Organization
United States Department of Energy / Study Groups / University of Illinois / University of Illinois Department of Chemical and Biomolecular Engineering / Rensselaer Polytechnic Institute / /
Person
Mamoru Ishii / Richard T. Lahey / Juan Lasheras / Geoffrey Hewitt / John Eaton / Donald L. Koch / Peter C. Wayner / Nam Dinh / Andrea Prosperetti / Lance Collins / Ellen Longmire / Jean-Marc Delhaye / Martin Maxey / Thomas J. Hanratty / Gad Hetsroni / Vijay Dhir / Rolf Reitz / Michel Louge / Daniel Joseph / Sankaran Sundaresan / S. Balachandar / Olivier Simonin / John McLaughlin / Julio Ottino / Mostafa Ghiaasiaan / Theo Theofanous / Howard Hu / Jennifer S. Curtis / Gretar Tryggvason / /
FOREWORD During 2001, I discussed with the United States Department of Energy the need for a Workshop on Multiphase Flow. The goal was to define basic physical issues whose resolution would improve scientific understand