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Physics / Energy / Pulse detonation engine / Brayton cycle / Humphrey cycle / Thermal efficiency / Regenerative cooling / Detonation / Gas turbine / Thermodynamic cycles / Thermodynamics / Mechanical engineering


IDEAL CYCLE ANALYSIS OF A REGENERATIVE PULSE DETONATION ENGINE FOR POWER PRODUCTION
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Document Date: 2011-05-20 09:25:32


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File Size: 1,50 MB

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City

Arlington / /

Facility

Campus Recreation Department / DOCTOR OF PHILOSOPHY THE UNIVERSITY OF TEXAS AT ARLINGTON December / Computer Science Summer Camp / The University of Texas / /

IndustryTerm

travel arrangements / potential applications / gas turbines / propulsion systems / heavy compressor machinery / finite chemical reaction rate / possible solutions / /

Organization

Campus Recreation Department / Graduate School / University of Texas at Arlington / Mechanical and Aerospace Engineering Department / office of International Education / /

Person

Stefania / Catalina Rosquero / Ana Maria / Debi Barton / Kathy Priester / RAFAELA BELLINI / Philip Panicker / Jolanta Matusewicz / Satu Birch / Lanie Gordon / Dereje Agonafer / Sushma Rao / Donna Woodhead / Carter Tiernan / Ronnachai Vutthivithayarak / Jay P. Horn / Frank K. Lu / Amith Kalaghatagi / Barbara Sanderson / Louella Carpenter / Luca Massa / Luca Maddalena / Ione Valmir / Jesus Christ / Connie Niece / Frank Lu / Don Wilson / Janet Gober / Sally Thompson / /

Position

advisor / Carpenter / /

ProvinceOrState

Texas / /

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