Numerical Simulation of Non-Uniform Roughness Distribution on Compressor Performance

Numerical Simulation of Non-Uniform Roughness Distribution on Compressor Performance

ZhongYi Wang

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Sun-Haiou

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Wang-Meng

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Wang-Zhongyi

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Ma-Jingyuan

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Harbin Engineering University

Numerical Simulation of Non-Uniform Roughness Distribution on Compressor Performance

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Abstract

This paper investigated the roughness of NASA Stage 35 test compressor. Surface roughness can change the geometric line in the microcosm, which causes the compressor operation to deviate from the design point under working conditions. Wall function was used in this study to describe roughness. Roughness calculation model in non-uniform distribution was established along the chord and spanwise directions. Basing on certain rules, rotor blades were attached with roughness to determine the influence of blade roughness position distribution on the overall performance of the compressor and internal flow. Results show that when roughness was distributed from the blade leading edge to 40% of the chord, the compressor performance was greatly influenced; in severe performance, compressor efficiency decreased by more than 2%. Roughness position distribution in blade height direction exhibited a minimal effect on the entire compressor performance, which can be ignored.

References

26 Cites in Article

Reference Format

Nicola Aldi,Mirko Morini,Michele Pinelli,Pier Spina,Alessio Suman,Mauro Venturini (2013). Performance Evaluation of Nonuniformly Fouled Axial Compressor Stages by Means of Computational Fluid Dynamics Analyses.
Seung Back,Garth Hobson,Seung Song,Knox Millsaps (2012). Effects of Reynolds Number and Surface Roughness Magnitude and Location on Compressor Cascade Performance.
Seung Back,In Jeong,Jeong Sohn,Seung Song (2009). Influence of Surface Roughness on the Performance of a Compressor Blade in a Linear Cascade: Experiment and Modeling.
Seung Back,Garth Hobson,Seung Song,Knox Millsaps (2010). Effect of Surface Roughness Location and Reynolds Number on Compressor Cascade Performance.
J Bons (2010). A Review of Surface Roughness Effects in Gas Turbines.
Jeffrey Bons,Robert Taylor,Stephen Mcclain,Richard Rivir (2001). The Many Faces of Turbine Surface Roughness.
Jeffrey Bons (2002). St and cf Augmentation for Real Turbine Roughness With Elevated Freestream Turbulence.
Jeffrey Bons,Stephen Mcclain (2004). The Effect of Real Turbine Roughness With Pressure Gradient on Heat Transfer.
Brian Brzek,Raúl Cal,Gunnar Johansson,Luciano Castillo (2008). Transitionally rough zero pressure gradient turbulent boundary layers.
N Cardwell,N Sundaram,K Thole (2006). Effect of midpassage gap, endwall misalignment, and roughness on endwall filmcooling.
Shao-Wen Chen,Hui Shi,Chen Zhang,Song-Tao Wang,Zhong-Qi Wang (2012). Study on Numerical Simulation of Fouling in Compressor Rotor.
T Craft,S Gant,H Iacovides,B Launder (2004). A NEW WALL FUNCTION STRATEGY FOR COMPLEX TURBULENT FLOWS.
T Craft,S Gant,A Gerasimov,H Iacovides,B Launder (2006). Development and application of wall-function treatments for turbulent forced and mixed convection flows.
Anil Date (1995). An introduction to computational fluid dynamics.
D Fouflias,A Gannan,K Ramsden,P Pilidis,D Mba,J Teixeira,U Igie,P Lambart (2010). Experimental investigation of the influence of fouling on compressor cascade characteristics and implications for gas turbine engine performance.
Frank Hummel,Michael Lötzerich,Pasquale Cardamone,Leonhard Fottner (2005). Surface Roughness Effects on Turbine Blade Aerodynamics.
D Linden (2011). Axial Compressors.
Lu Mingliang (2013). Research on the effects of salt spray corrosion on the compressor performance.
R Moore,L Reid (1982). Performance of singlestage axial-flow transonic compressor with rotor and stator aspect ratio respectively, and with design pressor ratio of 2.05.
Mirko Morini,Michele Pinelli,Pier Spina,Mauro Venturini (2011). Numerical Analysis of the Effects of Nonuniform Surface Roughness on Compressor Stage Performance.
Mirko Morini,Michele Pinelli,Pier Spina,Mauro Venturini (2010). Computational Fluid Dynamics Simulation of Fouling on Axial Compressor Stages.
G Pailhas,Y Touvet,B Aupoix (2008). Effects of Reynolds number and adverse pressure gradient on a turbulent boundary layer developing on a rough surface.
Asher Sigal,James Danberg (1990). New correlation of roughness density effect on the turbulent boundary layer.
Elisabet Syverud,Olaf Brekke,Lars Bakken (2007). Axial Compressor Deterioration Caused by Saltwater Ingestion.
Maria Vera,Xue Zhang,Howard Hodson,Neil Harvey (2007). Separation and Transition Control on an Aft-Loaded Ultra-High-Lift LP Turbine Blade at Low Reynolds Numbers: High-Speed Validation.
Yong Yun,Il Park,Seung Song (2005). Performance Degradation due to Blade Surface Roughness in a Single-Stage Axial Turbine.

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Funding

No external funding was declared for this work.

Conflict of Interest

The authors declare no conflict of interest.

Ethical Approval

No ethics committee approval was required for this article type.

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Not applicable for this article.

How to Cite This Article

ZhongYi Wang. 2018. \u201cNumerical Simulation of Non-Uniform Roughness Distribution on Compressor Performance\u201d. Global Journal of Science Frontier Research - I: Interdisciplinary GJSFR-I Volume 17 (GJSFR Volume 17 Issue I2): .

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GJSFR Volume 17 Issue I2
Pg. 25- 32

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Journal Specifications

Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR-I Classification: FOR Code: 010301

Submission ReceivedOctober 13, 2017
Peer Review Double Blind
Handling Editor
Accepted November 8, 2017
Published November 18, 2017

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v1.2

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March 12, 2018

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Article Matrices

Total Score: 134

Country: China

Subject: Global Journal of Science Frontier Research - I: Interdisciplinary

Authors: Sun-Haiou, Wang-Meng, Wang-Zhongyi, Ma-Jingyuan (PhD/Dr. count: 0)

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Publish Date: 2018 03, Mon

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