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! a! ! ! e!!!e !!/!-!! a!! ! !(a!! !!!!/!-!! ! e!a( ! !!/!! both open and closed; with higher and higher field strengths that are key to improved image Cuality. The open MRI systems have addressed the issue of claustrophobia and; more importantly; have permitted surgeons to have access to patients while they are being scanned in order to provide image-guided interventional procedures. Laskaris; technical accomplishments in this field are documented in more than 200 patents and over ; 0 refereed publications. His work has contributed to the success of ; E;s worldclass MRI product line; with advanced superconducting magnets manufactured in factories around the - .S.; leading to an installed base of over 10;000 magnets worldwide. In recent years Laskaris has been leading the technology development of hermetically sealed low cryogen MRI magnets for 1.5T whole body and ; .0T head-only MRI scanners. His work is focused on advancing the technology of MRI magnets to enable their operation with a hermetically sealed charge of helium; like common refrigerators; so that they can be sited in underserved areas of the world where access to liCuid cryogens is limited. The first prototype of this technology; a ; .0T head-only MRI scanner; has been operational at the Mayo Clinic ;Rochester; Minn.; since March 201; . Laskaris is a member of the National Academy of Engineering. His other honors include an IEEE Award for Continuing and Significant Contributions to the Field of Applied Superconductivity ;201; ;; and induction into Rensselaer Polytechnic Institute;s Hall of Fame ;2015;. Earlier he received three awards from ; E ; lobal Research; a Whitney Technical Achievement Award ;1; ; ; ;; a Coolidge Fellowship Award ;1; ; ; ; and a Dushman Award ;2002;. Laskaris earned his bachelor;s degree in mechanical and electrical engineering from the National Technical - niversity of Athens; ; reece; in 1; ; ; . He earned his master;s degree and Ph.D. in mechanical engineering from Rensselaer Polytechnic Institute ;Troy; N.1 .; in 1; ; 1 and 1; ; ; ; respectively. !(!!!. !!!!!ee-!!! ! ! a-! !9n0/2/ !l?3.!!n13n//3n1! )a!23n1>9n!! ! !!?lC !!!! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! THE FL- IDS EN; INEERIN; AWARD was established by the ASME Fluids Engineering Division in 1; ; ; and was presented as a division award until 1; ; ; ; when it was elevated to a Society award. It is conferred upon an individual for outstanding contributions over a period of years to the engineering profession and; in particular; to the field of fluids engineering through research; practice and; or teaching. PATRICK ;. ROACHE; Ph.D.; consultant; 09< :39n//39n!3n-l?.3n1 :?,l3!23n1 ,995!9n -9!:?>a>39nal 0l?3. .Cna!3-!an. 9n !/39n an. !al3.a>39n!an. ./!/l9:3n1 >2/ !/>29. 90 !an?0a->?39n!an. >2/ 1
!(!!!. !!!!!ee-!!! ! ! a-! ! !!/!! Roache specializes in computational fluid dynamics ;CFD;; particularly verification and validation ;. ; . ;. He is the author of groundbreaking books on these topics — “Computational Fluid Dynamics; ;Hermosa Publishers; 1; ; 2;; which was translated into ;apanese; Russian and Chinese; and “. erification and . alidation in Computational Science and Engineering; ;Hermosa Publishers; 1; ; ; ; — as well as subseCuent updates. He co-authored a chapter; with Dr. DominiCue Pelletier; for the “Handbook of Numerical Heat Transfer; ;Wiley; second edition; 200; ;; wrote a chapter for the !nn?al !/!3/A 90 !l?3. ! /-2an3-! ;Annual Review; 1; ; ; ;; published more than 100 scientific papers; and has served on advisory editorial boards for several ;ournals. Roache was heavily involved in the movement to establish ;ournal publication standards for . ; . . His algorithm development contributions have included elliptic marching and semidirect methods; domain decomposition; pseudospectral and multigrid methods; modified method of characteristics; and solution adaptive and variational grid generation. He and his staff at Ecodynamics were instrumental in performance assessments for the - .S. Department of Energy;s Waste Isolation Pilot Plant. With Dr. Stanly Steinberg; Roache contributed to symbolic manipulation use in CFD. Roache;s pioneering development of the grid convergence index and the method of manufactured solutions provided widely accepted standards for code verification and solution verification; respectively. In “A Defense of Computational Physics; ;selfpublished; 2012;; he critiCued philosopher Karl Popper;s falsificationism—scientific theories cannot be proved; they can only be falsified—removing this impediment to practical model validation. Roache has been heavily involved in the . ; . committees of ASME; the American Institute of Aeronautics and Astronautics ;AIAA; and the American Society of Civil Engineers; and three . ; . workshops held in Lisbon; Portugal ;200; ; 200; and 200; ;. An ASME Fellow; Roache has been a member of the . ; . 20 Committee–. erification and . alidation in Computational Fluid Dynamics and Heat Transfer since 200; . He previously served on the . ; . 10 Committee–. erification and . alidation in Computational Solid Mechanics ;2000–0; ; and the . ; . ; 0 Committee–. erification and . alidation in Computational Simulation of Nuclear System Thermal Fluids ; ehavior ;2010-12;. Among other prior activities; he was the first associate editor for numerical methods for the !9?
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