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Title:	The role of transition in high-lift low-pressure turbines for aeroengines
Source:	Progress in Aerospace Sciences [0376-0421] Hodson, Howard yr:2005

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description	9.	Coakley, J. "Lattice strain evolution during creep in single-crystal superalloys." Acta materialia 60.6-7 (2012): 2729-2738.
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description	11.	Bloxham, M. "Synchronizing separation flow control with unsteady wakes in a low-pressure turbine cascade.(Author abstract)(Report)." Journal of turbomachinery 131.2 (2009): 21019-.
description	12.	Bons, J. "Separated flow transition on an LP turbine blade with pulsed flow control." Journal of turbomachinery 2008. 21014-.
description	13.	Joslin, Ronald D. "AIRCRAFT LAMINAR FLOW CONTROL 1." Annual Review of Fluid Mechanics 30.1 (1998): 1-29.
description	14.	Howell, R J. "Loss reduction on ultra high lift low-pressure turbine blades using selective roughness and wake unsteadiness." The Aeronautical journal 111.1118 (2007): 257-66.
description	15.	SCHUBAUER, GB. "FORCED MIXING IN BOUNDARY LAYERS." Journal of fluid mechanics 8.1 (1960): 10-32.
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description	17.	Taghavi-Zenouz, R. "Hot-wire anemometry of transitional boundary layers exposed to different freestream turbulence intensities." Proceedings of the Institution of Mechanical Engineers; Part G; Journal of aerospace engineering 222.G3 (2008): 347-356.
description	18.	MacLeod, J. "Implanted component faults and their effects on gas turbine engine performance." Journal of engineering for gas turbines and power 114.2 (1992): 174-179.
description	19.	Lian, Yongsheng S. "Low Reynolds number turbulent flows around a dynamically shaped airfoil." Computers & fluids 32.3 (2003): 287-303.
description	20.	Praisner, T. "Predicting transition in turbomachinery - Part I: A review and new model development." Journal of turbomachinery 129.1 (2007): 1-13.