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Smart System for Automatic Assessment of Bioprosthetic Heart Valve Designs for Transcatheter Aortic Valve Replacement Therapy
QNRF · National Priority Research Program
Qatar University
2021–2025
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Control of surface separation and leading edge vortex on flow over low swept delta wing using passive and active flow control techniques
METU Scientific Research Project
TEZ‑D‑302‑2023‑11057
2023–2025
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Experimental and Biological Investigation of Hemodynamics‑induced Injuries for Cardiovascular Disorders
Qatar University · IRCC
2020–2023
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Effect of Ground on Flow Structure of Non‑Slender Delta and Reverse Delta Wings
METU Scientific Research Project
TEZ‑D‑302‑2021‑10725
2021–2023
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Building Test Set‑up to Characterize Hemodynamics in Large Arteries
METU ÖYP Rectoral Office Research Infrastructure
2015–2017
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Control of Flow Structure on Low Swept Delta Wing inspired from Nature with Bleeding
METU Scientific Research Project
BAP:03‑02‑2016‑003
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Control of Flow Structure on Low Swept Delta Wing with Steady Active Flow Control Technique
TÜBİTAK 3501 – Career Project
111M732
2012–2014
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Experimental Analysis of Flow Structure on Low Swept Delta Wings
METU Scientific Research Project
BAP:08‑11‑2012‑118
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Mathematical Modelling of Liquid Steel Flow in Continuous Casting Machines Using CFD
METU Scientific Research Project
BAP:03‑02‑2012‑001