M
Martin Bruschewski
Researcher at University of Rostock
Publications - 32
Citations - 233
Martin Bruschewski is an academic researcher from University of Rostock. The author has contributed to research in topics: Turbulence & Heat transfer. The author has an hindex of 6, co-authored 26 publications receiving 125 citations. Previous affiliations of Martin Bruschewski include Technische Universität Darmstadt.
Papers
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Estimation of the measurement uncertainty in magnetic resonance velocimetry based on statistical models
Martin Bruschewski,Daniel Freudenhammer,Waltraud B. Buchenberg,Heinz-Peter Schiffer,Sven Grundmann +4 more
TL;DR: In this paper, the authors provide guidelines for the estimation of the measurement uncertainty in magnetic resonance velocimetry experiments, based on various test cases, it is shown that the uncertainty estimate can vary substantially depending on how the uncertainty is obtained.
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Influence of Combustor Swirl on Endwall Heat Transfer and Film Cooling Effectiveness at the Large Scale Turbine Rig (LSTR)
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Influence of Channel Geometry and Flow Variables on Cyclone Cooling of Turbine Blades
TL;DR: In this paper, the sensitivity of this flow type is investigated towards Reynolds number, swirl intensity and the common geometric features of cooling ducts, and it was found that the investigated flows are highly sensitive to the conditions at the outlet of the channel.
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Phase-contrast single-point imaging with synchronized encoding: a more reliable technique for in vitro flow quantification.
TL;DR: This method can be used for in vitro studies that place high demands on measurement accuracy and Clinically relevant PC MRI techniques can be validated using this method before being applied in vivo.
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Considerations for the design of swirl chambers for the cyclone cooling of turbine blades and for other applications with high swirl intensity
TL;DR: In this article, a systematic parameter study is conducted to examine the sensitivity of the mean velocity field in a swirl chamber to changes in the Reynolds number, swirl intensity and channel outlet geometry.