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11篇 您的检索式:作者名="Narsilio"
    题名 作者 年代 出处 被引量
1Electrodif- fusive transport in charged porous media: from the parti- cle-level scale to the macroscopic scale using volume av- eraging显示文摘Pivonka P Narsilio G A Li Renmin 2009Journal of Porous Media2009,12,2:1
2Instrumented pressure testing chamber for characterizing sediment cores recovered at in situ hydrostatic pressure显示文摘Yun T S Narsilio G A Santamarina J C 0,,3:1
3Instrumented pressure testing chamber for characterizing sediment cores recovered at in situ hydrastatic pressure显示文摘Yun T S Narsilio G A Santamarina J C 2006Marine Geology2006,229,:1
4Instrumented pressure testing chamber for characterizing sediment cores re covered at in situ hydrostatic pressure显示文摘Yun T S Narsilio G A Santamarina J C 2006Marine Geology2006,229,28:1
5Comparative study of methods used to estimate ionic diffusion coefficients using migration tests显示文摘Narsilio G A Li R 2007Cem Concrete Res2007,37,:1
6Physical characteriza- tion of core samples recovered from Gulf of Mexico显示文摘Yun T S Narsilio G A Santamarina J C 2006Marine and Petroleum Geology2006,23,910:1
7Upscaling of Navier-Stokes equations in porous media : theoretical, numerical and experimental approach 显示文摘Narsilio G A Buzzi 0 Fityus S 2009Computers and Geotechnics2009,36,7:1
8Instrumented pressure testing chamber for characterizing sediment cores recovered at in situ hydrastatic pressure 显示文摘Yun T S Narsilio G A Santamarina J C 2006Marine Geology2006,229,:1
9Electrodiffusive transport in charged porous media: from the particle-level scale to the macroscopic scale using volume averaging 显示文摘PIVONKA P NARSILIO G A LI Ren-min 2009Journal of Porous Media2009,12,2:1
10Physical characterization of core samples recovered from Gulf of Mexico 显示文摘Yun T S Narsilio G A Carlos Santamarina J 2006Marine and petroleum geology2006,23,9:1
11基于岩土材料层析成像的孔隙网络构建算法显示文摘孔隙网络模型是研究多孔介质和其中颗粒的关键。现有的构建孔隙网络模型的算法有许多,但人们开始越来越多地研究基于图像的算法。将讨论一种基于中轴线的孔隙网络构建算法,并且对原有算法中孔隙中心表示方法不合理及缺少中轴线上各点坐标的问题提出改进,改进后的算法提出了孔隙中心的另一种表示方法,并且中轴线上任一点的坐标都被标出。在构建孔隙网络模型后利用该模型计算孔隙体积和喉径,并且针对过度分割的问题提出基于欧氏距离及基于分水岭算法的两种融合算法对孔隙和孔喉进行融合。任显卓 LINDEN Joost van der NARSILIO Guillermo 2019现代地质2019,33,2:0
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