A Radiative Transfer Modeling Methodology in Gas-Liquid Multiphase Flow Simulations

Direct Numerical Simulations of Gas-Liquid Multiphase Flows

Effects of microbial particles on oceanic optics: Methodology for radiative transfer modeling and example simulations

Radiative transfer numerical modeling provides a powerful means of separating and understanding the effects of various types of microbial particles on oceanic light fields. We illustral:e the methodology for achieving this separation and provide various idealized examples. We begin with a database of the single-particle optical properties of marine microbial particles and then construct the tot...

Experimental and Numerical Analysis of Flow and Heat Transfer in a Gas-Liquid Thermosyphon Heat Exchanger in a Pilot Plant

A numerical and experimental investigation of flow and heat transfer in a gas- liquid Thermosyphon Heat Exchanger "THE" with built in heat pipes and aluminum plate fins for moderate Reynolds numbers has been carried out. It's module is composed of 6 rows and 15 columns copper pipes with aluminum plate fins with dimensions of 130cm height, 47cm width and  20cm depth. The tubes have been fill...

Effects of Improved Radiative Transfer Modeling for Climate Simulations

The interaction of shortwave and infrared radiation in the atmosphere with clouds and greenhouse gases represents a complex process that contributes significantly to maintaining earth's climate system. For climate model simulations to become more accurate, it is essential that this process be modeled properly as verified by direct comparisons with observations and with results from a validated ...

experimental investigation of power consumption, mass transfer coefficient and flow regime in gas-liquid dispersion systems