Debashis Basu


Debashis Basu, Senior Research Engineer
Engineering & Material Sciences Center for Nuclear Waste Regulatory Analyses Department Geosciences & Engineering Division	Phone: (210) 522-8333 Email: debashis.basu@swri.org

Links on the SwRI Web site for Debashis Basu:

Flyer:

Computational Fluid Dynamics for the Oil and Gas Industry

Computational Fluid Dynamics, Fluid Dynamics Simulation and Experimentation

Computational Fluid Dynamics for Spent Fuel Storage and Transportation Systems

Computational Fluid Dynamics for the Nuclear Power Industry

Computational Fluid Dynamics for the Nuclear Power Plants

IR&D Reports:

Development of an Integrated Numerical Framework for Tsunami Hazard Assessment at Nuclear Installations, 20-R8268 (2012)

Fluid-Dynamics Based Analysis of Landslides, Debris Flow, and Liquefaction Induced Ground Displacement for Hazard Assessment, 20-R8089 (2012)

Fluid-Dynamics Based Analysis of Landslides, Debris Flow, and Liquefaction Induced Ground Displacement for Hazard Assessment, 20-R8089 (2011)

Development of Computational Methodology to Assess Structural Damage in Spillway Sections of Dams, 20-R8131 (2010)

Volcaniclastic Aeolian Dunes at Sunset Crater Volcano: Applications for Martian Dune Morphology and Dynamics, 20-R8110 (2010)

Fluid-Dynamics Based Analysis of Landslides, Debris Flow, and Liquefaction-Induced Ground Displacement for Hazard Assessment, 20-R8089 (2010)

Numerical Simulation of Multiphase-Flow Enhanced Erosion-Corrosion Problems, 20-R8088 (2010)

Incorporating CFD to Reduce the Development Time of Low NOx Engine Technologies, 03-R8079 (2010)

Development of Advanced Turbulent Flow Simulation Techniques for Use in Nuclear Reactor Safety Analysis, 20-R9680 (2009)

Modeling of Submarine Landslide Generated Tsunamis and Its Application in Risk Mitigation and Hazard Management at Nuclear Reactor Sites, 20-R9725 (2009)

Modeling of Submarine Landslide Generated Tsunamis and Its Application in Risk Mitigation and Hazard Management at Nuclear Reactor Sites, 20-R9725 (2008)

Development of Advanced Turbulent Flow Simulation Techniques for Use in Nuclear Reactor Safety Analysis, 20-R9680 (2008)

Development of Advanced Turbulent Flow Simulation Techniques for Use in Nuclear Reactor Safety Analysis, 20-R9680 (2007)

Modeling of Submarine Landslide-Generated Tsunamis and Its Application in Risk Mitigation and Hazard Management at Nuclear Reactor Sites, 20-R9725 (2007)

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May 07, 2013