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Dr. Kishor Khankari, Ph.D., is a president and owner of AnSight LLC. A specialist in Computational Fluid Dynamics (CFD), he works closely with his clients to provide engineering insights and optimized design solutions using analytical techniques. Dr. Khankari has several years of experience in providing consulting services that have resulted in the development of solutions to a wide variety of engineering problems involving fluid flow, heat transfer, mass transfer, and other similar engineering processes. Dr. Khankari has developed a patented technology of a wind band design of exhaust fan assembly systems. He has developed several easy-to-use analytical software tools, which are regularly used by design engineers in a variety of companies, including those in the critical facility and automotive industries. He can be reached at kishork@ansight.com
A noted expert in his field, he has a Ph.D. in CFD from the University of Minnesota and has been regularly publishing in several technical journals and trade magazines. Dr. Khankari is ASHRAE Fellow member and active both at local and national level. He is a past member of Board of Governors and past president of Detroit ASHRAE Chapter. He is a past chair of ASHRAE Technical Committee TC9.11 Clean Spaces and a Vice Chair of Research Administration Committee (RAC) at the national level. He is currently leading a new Multi Task Group (MTG) in ASHRAE on Air Change Rates. He is recipient of the ASHRAE Distinguished Service Award.
Warm discharge plumes sweeping back into air-cooled condensers is nobody’s idea of an ideal performance environment. This CFD study shows how wind speed, wind direction, spacing between chillers, and separation from adjacent buildings all factor into the conversation about the best defense against unwanted hot air.
In which CFD modeling lets us compare two possible design configurations for ventilation in a hospital patient room, yielding some similarities and perhaps surprising differences in what each configuration means for pathogen control and occupant comfort.
Can a location of air return affect the flow path of airborne pathogens in a patient room? Use simulations to manage the variables and improve the design in a space that is no room for error.
