A Special Thank You to our Corporate Leadership Program Partners

Click [HERE] for a full
partner listing.

 
7x24 Exchange, Inc.
322 Eighth Avenue, 501
New York, NY 10001-8001
Tel: 646-486-3818
Fax: 212-645-1147
[email protected]
 
(alphabetical by last name)

  David F. Anderson
  Read Ballew
  Pat Bodin
  Lawrence Buck
  Steve Carter
  Maurice Cloutier
  John Consoli
  Dan Costello
  Chris C. Crosby
  Bruce DeBolt
  James Dow
  Steve Hambruch
  Michael Healey
  Kevin Heslin
  Vinod Jain
  Peter A. Kangas
  Benjamin H. Kaplan
  Kevin B. Kealy
  CJ Meiser
  Dean Nelson
  Glen P. Neville
  Suhas V. Patankar
  John Samanns
  Olivier Sanche
  Dale Sartor
  James Smith
  Steve Spinazzola
  Dick Sullivan
  Alexandra Sullivan
  Mike J. Sweeney
  Stuart Varney
  Herb Villa
  Rich Werner

 
 
 Suhas V. Patankar      
Suhas V. Patankar
Professor of Mechanical Engineering, University of Minnesota & President, Innovative Research, Inc.

Tutorial Session A: Fluid Mechanics 101 - Fundamentals of Cooling Airflow in a Data Center

 
[view session info]

Dr. Suhas V. Patankar is the founder and president of Innovative Research, Inc. For the last 25 years, he has also worked as a Professor of Mechanical Engineering at the University of Minnesota. His research activities include the development of computational techniques for fluid flow and heat transfer and their application to industrial problems. Suhas has authored or co-authored four books on the subject, published over 100 papers, advised 35 completed Ph.D. theses and lectured extensively in the USA and abroad.

Dr. Patankar's teaching and research contributions have been recognized by a number of awards. For excellence in teaching, he received the 1983 George Taylor Distinguished Teaching Award and the 1989-90 Morse-Alumni Award for Outstanding Contributions to Undergraduate Education. For his research contributions to computational heat transfer, he was given the 1991 ASME Heat Transfer Memorial Award and the 1997 Classic Paper Award. He has just been selected for the 2008 Max Jakob Award, which is considered to be the highest honor in the field of heat transfer.