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Drag-reducing riblets with fouling-release properties: development and testing

机译:具有结垢释放特性的减阻肋条:开发和测试

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The manufacture and preliminary testing of a drag-reducing riblet texture with fouling-control properties is presented. The commercial fouling-release product Intersleek (R) 1100SR was modified to manufacture riblet-textured coatings with an embossing technology. Hydrodynamic drag measurements in a Taylor-Couette set-up showed that the modified Intersleek (R) riblets reduced drag by up to 6% compared to a smooth surface. Barnacle settlement assays demonstrated that the riblets did not substantially reduce the ability of Intersleek (R) 1100SR to prevent fouling by cyprids of Balanus amphitrite. Diatom adhesion tests revealed significantly higher diatom attachment on the riblet surface compared to smooth Intersleek (R) 1100SR. However, after exposure to flow, the final cell density was similar to the smooth surface. Statically immersed panels in natural seawater showed an increase of biofilm cover due to the riblets. However, the release of semi-natural biofilms grown in a multi-species biofilm culturing reactor was largely unaffected by the presence of a riblet texture.
机译:介绍了具有结垢控制性能的减阻肋纹理的制造和初步测试。商业脱垢产品Intersleek(R)1100SR进行了改良,以通过压纹技术生产带肋纹理的涂料。在Taylor-Couette装置中进行水动力阻力测量,结果表明,与光滑表面相比,改进的Intersleek(R)肋可将阻力降低多达6%。藤壶沉降试验表明,该肋骨并未显着降低Intersleek(R)1100SR防止Balanus amphitrite的Cycyds结垢的能力。硅藻附着力测试表明,与光滑的Intersleek(R)1100SR相比,硅藻在肋状表面上的附着力明显更高。然而,暴露于流动后,最终的细胞密度类似于光滑表面。静态浸泡在天然海水中的面板显示出由于肋骨而增加的生物膜覆盖率。然而,在多物种生物膜培养反应器中生长的半天然生物膜的释放在很大程度上不受肋骨质地的影响。

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