Drag Reduction With Riblets In Nature And Engineering

Keywords

Drag, Reduction (mathematics), Marine engineering, Materials science, Engineering

References

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• Rough-Wall Turbulent Boundary LayersJohn Kim — 2004
• Observation of a bistable flow in a hemispherical cavity.Richard S. Snedeker, Coleman duP. Donaldson — 1966
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• Zur Widerstandsverminderung von dreidimensionalen Riblet-Strukturen und anderen OberflächenW. Hage — 2004
• Turbulent Boundary Layers in Adverse Pressure GradientsFrancis H. Clauser — 1954
• Temperature And Pressure Sensitive CoatingsJens von Wolfersdorf, Peter Ott, Bernhard Weigand — 2006
• Viscous drag reduction in boundary layersDennis M. Bushnell, J. N. Hefner — 1990
• St and cf Augmentation for Real Turbine Roughness With Elevated Freestream TurbulenceJeffrey P. Bons — 2002
• Two friendly rules for the turbulent heat transfer enhancementAnupras Šlančiauskas — 2001
• Thermal Performance of Angled, V-Shaped, and W-Shaped Rib Turbulators in Rotating Rectangular Cooling Channels (AR=4:1)Lesley M. Wright, Wen-Lung Fu, Je-Chin Han — 2004
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• LIQUID CRYSTAL VISUALIZATIONS AND MEASUREMENTS OF HEAT TRANSFER IN A SQUARE DUCT WITH DIFFERENT PITCHES OF VORTEX GENERATOR ARRAYSTong‐Miin Liou, Tzi-Wei Tsai, Chung-Chu Chen — 1998
• Comparison of Heat Transfer Augmentation TechniquesPhil Ligrani, M. M. Oliveira, T. Blaskovich — 2003
• Augmented Heat Transfer in Square Channels With Parallel, Crossed, and V-Shaped Angled RibsJ. C. Han, Y. M. Zhang, C. P. Lee — 1991
• Local mass/heat transfer distribution on surfaces roughened with small square ribsF.P. Berger, K.-F.F.-L. Hau, F.-L. Hau — 1979
• Vortices, Generators and Heat TransferM. Fiebig — 1998
• Heat transfer enhancement accompanying pressure-loss reduction with winglet-type vortex generators for fin-tube heat exchangers.Kahoru Torii, K.M. Kwak, Koichi Nishino — 2002

Cited by

• Flow phenomena in natureR. Liebe — 2007
• Surface drag reduction and flow separation control in pelagic vertebrates, with implications for interpreting scale morphologies in fossil taxaColin Palmer, Mark T. Young — 2015
• An experimental and numerical investigation of drag reduction through biomimetic modellingA. Manz, Shafiul Monir, Martyn Jones — 2017
• Diversity of dermal denticle structure in sharks: Skin surface roughness and three‐dimensional morphologyMadeleine V. Ankhelyi, Dylan K. Wainwright, George Lauder — 2018
• Hydrodynamic properties of biomimetic shark skin: effect of denticle size and swimming speedAugust G. Domel, Gino Domel, James C. Weaver — 2018
• Nanosecond laser ablation of the trapezoidal structures for turbomachinery applicationsJarno J. J. Kaakkunen, Jonna Tiainen, Ahti Jaatinen‐Värri — 2018
• Experimental and numerical investigation of the reduction in skin friction due to riblets applied on the surface of a Taylor-Couette cellPeter A. Leitl, Stefan Kuntzagk, Andreas Flanschger — 2019
• Plasma Synthetic Jet Actuator: From characterisation to separation flow controlTim Van Pelt — 2019
• High-efficiency laser fabrication of drag reducing riblet surfaces on pre-heated TeflonAndrius Žemaitis, Justinas Mikšys, Mantas Gaidys — 2019
• Review on the applications and developments of drag reducing polymer in turbulent pipe flowMohd Asyraf Asidin, Emma Suali, T. Jusnukin — 2019
• On Virk's asymptoteTrinh Khanh Tuoc — 2010
• Transition Delay and Drag Reduction using Biomimetically Inspired Surface WavesDinesh Bhatia, Guo Li, Yujing Lin — 2020
• Computational fluid dynamic analysis of an unmanned amphibious aerial vehicle for drag reductionSurendar Ganesan, Balasubramanian Esakki — 2020
• A wind tunnel sensor network for a cost-effective evaluation of aircraft drag reduction from ribletsAntonio Pagano, Carmelo Izzo — 2020
• The hydrodynamic behaviour of biologically inspired bristled shark skin vortex generator in submarineElango Natarajan, Lídio Inácio Freitas, Goh Rui Chang — 2021
• Process Analysis and Roller Optimization of Micro-Groove Multi-Pass RollingHuihang Wang, Xujie Gao, Guangming Zhu — 2021
• Numerical investigation of the effect of convex transverse curvature and concave grooves on the turbulent boundary layer along a cylinder in axial flowFelix Wachter, Alexander Metelkin, Jovan Jovanović — 2021
• Process analysis and hole type optimization of micro-groove multi-pass rollingHuihang Wang, Xujie Gao, Guangming Zhu — 2021
• Analysis of the Future Potential of Autoencoders in Industrial Defect DetectionSarah Schneider, Doris Antensteiner, Daniel Soukup — 2022
• Mechanical and fatigue properties of micro-groove structure formed by multi-pass rollingXujie Gao, Huihang Wang, Guangming Zhu — 2022

Related papers

• Effect of Riblets Geometry on Drag ReductionNibras M. Mahdi, Ikhlase M. Fayed — 2010
• DRAG REDUCTION OF RIBLETS-SURFACE OF UNDERWATER VEHICLEGuang Pan — 2005
• Riblets and form dragBenedetto Mele, Renato Tognaccini — 2020
• Drag bookkeeping on an aircraft with riblets and NLF controlBenedetto Mele, L. Russo, Renato Tognaccini — 2020
• A review: the research and application of drag reduction by biomimetics riblets techniqueLanyu Jiang — 2009
• The Characteristics of Typical Riblets on Drag ReductionYang Yu — 2017
• Reviews and Prospects in Turbulent Drag Reduction over Riblets SurfaceJinjun Wang — 1998
• Computational Simulation of 3-D Riblets for Skin Friction Drag ReductionBrian Smith, Patrick Yagle, Paul D. McClure — 2019
• Riblets : Turbulent Drag Reduction by Surface RoughnessKwing-So Choi — 1992