search

UMD    AML





Harish Ganapathy, ME Ph.D. Student

Harish Ganapathy, ME Ph.D. Student

 

Ph.D. student Harish Ganapathy was selected to receive one of American Society of Heating, Refrigerating and Air Conditioning Engineer?s (ASHRAE) Graduate Grant-in-Aid awards worth $10,000 to fund his research in HVAC and refrigeration.  He will receive an additional $1,500 for his personal use after he publishes a paper based on his research in an ASHRAE journal.  

This annual grant is awarded by ASHRAE?s research administration committee, which is comprised of ASHRAE chapter members.  Students must complete an application and are ranked based on four aspects: academics, research plan, faculty recommendation, and the student?s potential for future ASHRAE involvement.  Each year ASHRAE awards up to 25 grants that are then administered by the student?s university. 

Winning this grant allows Ganapathy, who is advised by Prof. Michael Ohadi, to continue to pursue research in fluid flow and thermal phenomena, a topic he said he has been interested in since he was an undergraduate student.  His doctoral research focuses on the fundamentals of multiphase flow, heat, and mass transportation phenomena in advanced microchannel geometrics, with a specific focus on the development of next-generation gas-liquid absorption systems. 

For more information on ASHRAE?s grant program visit their website . 



May 9, 2012


«Previous Story  

 

 

Current Headlines

Event Aims to Construct an Interest in STEM

From Composites to Competition: Grad Student Wins at Dance Championship

CEEE Team Takes High Schoolers on a “Moon Mission”

New Tool Predicts Rogue Waves Up to Five Minutes in Advance

CEEE Co-Director Leads Global Webinar on Advances in Low-GWP Heat Pumps

An Insider’s Look at UMD’s Research on Eco-Friendly HVAC&R

Donor Spotlight: Bobby Srour and Jeanne Grillo

Maryland Engineering: Top 10 Among Public Graduate Programs, Six Years Running

Forty years of MEMS research at the Hilton Head Workshop

McGregor: Harnessing the Potential of Additive Manufacturing

 
 
Back to top  
AML Home Clark School Home UMD Home ENME Home