vti_encoding:SR|utf8-nl vti_author:SR|Slim-PC\\SlimSly vti_modifiedby:SR|Slim-PC\\SlimSly vti_timelastmodified:TR|03 Jul 2014 06:08:33 -0000 vti_timecreated:TR|03 Jul 2014 06:01:47 -0000 vti_title:SR|Processing and Characterization of Fiber/Plastic Composite for Turbine Blade vti_extenderversion:SR|12.0.0.0 vti_backlinkinfo:VX| vti_nexttolasttimemodified:TW|03 Jul 2014 06:04:41 -0000 vti_cacheddtm:TX|03 Jul 2014 06:08:33 -0000 vti_filesize:IR|11481 vti_cachedtitle:SR|Processing and Characterization of Fiber/Plastic Composite for Turbine Blade vti_cachedbodystyle:SR| vti_cachedlinkinfo:VX|H|favicon.ico Q|default.css Q|headerpicture.css S|images/sjp_logo.jpg A|search.php H|http://www.sjpub.org H|http://www.sjpub.org/journals.html H|http://www.sjpub.org/sjp.html H|http://www.sjpub.org/submit.html H|http://www.sjpub.org/sjeeditorial.html H|http://www.sjpub.org/aboutus.html H|http://www.sjpub.org/contactus.html H|http://creativecommons.org/licenses/by/3.0/ 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NHHS|http://www.sjpub.org/joinreviewers.html NHHS|http://www.sjpub.org/sitemap.html vti_cachedneedsrewrite:BR|false vti_cachedhasbots:BR|false vti_cachedhastheme:BR|false vti_cachedhasborder:BR|false vti_metatags:VR|HTTP-EQUIV=Content-Type text/html;\\ charset=iso-8859-1 citation_author Author:\\ Bilead\\ Salim\\ Ahmed\\ Elkurtehi citation_title Processing\\ and\\ Characterization\\ of\\ Fiber/Plastic\\ Composite\\ for\\ Turbine\\ Blade citation_pdf_url http://www.sjpub.org/sjp/sjp-155.pdf citation_year 2014 citation_online_date 2014 citation_journal_title Science\\ Journal\\ of\\ Physics citation_abstract In\\ order\\ to\\ know\\ the\\ influence\\ of\\ fraction\\ volume\\ of\r\ncomposite\\ (E-glass/Carbon\\ fiber\\ with\\ Polyester/Epoxy\\ matrix)\\ for\r\nchoosing\\ the\\ best\\ wind\\ turbine\\ blade\\ material,\\ some\\ objectives\\ of\\ this\r\nresearch\\ are:\\ 1)\\ It\\ is\\ to\\ find\\ the\\ best\\ composite\\ from\\ tensile\\ test\\ to\\ the\r\ncombination\\ ratio\\ between\\ E-glass\\ and\\ carbon\\ fibers\\ with\\ polyester\r\nand\\ epoxy\\ matrix;\\ 2)\\ It\\ is\\ to\\ find\\ the\\ best\\ composite\\ from\\ density\\ test\r\nto\\ the\\ combination\\ ratio\\ between\\ E-glass\\ and\\ carbon\\ fibers\\ with\r\npolyester\\ and\\ epoxy\\ matrix;\\ 3)\\ It\\ is\\ to\\ find\\ the\\ best\\ composite\\ from\r\nhardness\\ test\\ to\\ the\\ combination\\ ratio\\ between\\ E-glass\\ and\\ carbon\r\nfibers\\ with\\ polyester\\ and\\ epoxy\\ matrix;\\ 4)\\ It\\ is\\ to\\ find\\ the\\ best\r\ncomposite\\ from\\ micrograph\\ test\\ to\\ the\\ combination\\ ratio\\ between\\ Eglass\r\nand\\ carbon\\ fibers\\ with\\ polyester\\ and\\ epoxy\\ matrix.\\ Thus,\\ the\r\nsignificance\\ of\\ this\\ study\\ is\\ to\\ find\\ the\\ best\\ result,\\ as\\ for\\ the\\ material\r\nused\\ to\\ make\\ the\\ composite\\ is\\ from\\ E-glass\\ and\\ carbon\\ fibers\\ and\r\npolyester\\ and\\ epoxy\\ matrix;\\ the\\ comparison\\ of\\ fraction\\ volume\\ or\r\nratio\\ between\\ fiber\\ and\\ matrix\\ is\\ 1:\\ 1,\\ 1:\\ 2,\\ 2:\\ 3;\\ 3)\\ and\\ the\\ test\\ items\r\nmold\\ with\\ the\\ hand\\ lay-up\\ method.\\ So,\\ it\\ is\\ hoped\\ that\\ the\\ best\\ ratio\r\nof\\ composite\\ can\\ be\\ found\\ as\\ the\\ material\\ for\\ wind\\ turbine\\ blade.\\ This\r\nstudy\\ uses\\ an\\ experimental\\ research,\\ in\\ which\\ the\\ methodology\\ of\\ this\r\nresearch\\ explains\\ several\\ steps\\ of\\ testing\\ to\\ analyze\\ the\\ best\\ composite\r\nof\\ the\\ specimen\\ tested.\\ Based\\ on\\ data\\ analysis\\ and\\ from\\ the\\ testing\\ to\r\ncomposite\\ fabrication\\ of\\ E-glass\\ and\\ Carbon\\ fibers\\ with\\ Polyester\\ and\r\nEpoxy\\ matrixes,\\ with\\ the\\ variation\\ of\\ a\\ fraction\\ the\\ volume\\ of\\ 1:1,\r\n1:2,\\ and\\ 2:3,\\ it\\ can\\ be\\ conclude\\ that:\\ 1)\\ it\\ is\\ found\\ that\\ the\\ highest\r\ntensile\\ strength,\\ strain\\ and\\ young's\\ modulus\\ composite\\ is\\ 23,22\r\nN/mm,\\ 7,389%\\ and\\ 315\\ N/mm\\ in\\ carbon\\ with\\ epoxy\\ (1:\\ 1);\\ 2)\\ the\r\nlowest\\ density\\ of\\ composite\\ is\\ 1,04\\ gr/cm3\\ found\\ in\\ the\\ carbon\\ with\r\nepoxy\\ (1:\\ 1);\\ 3)\\ the\\ highest\\ hardness\\ is\\ 77,75\\ VHN\\ on\\ E-glass\\ with\r\npolyester\\ (2:\\ 3)\\ composite;\\ 4)\\ from\\ the\\ micrograph\\ test\\ it\\ is\\ found\\ that\r\nthe\\ best\\ composite\\ is\\ Carbon-Epoxy\\ (1:1)\\ with\\ 4\\ lines. dc.rights http://creativecommons.org/licenses/by/3.0/ citation_volume 2013 citation_publisher Science\\ Journal\\ Publication citation_issn 2276-6367 citation_abstract_html_url http://www.sjpub.org/sjp/abstract/sjp-155.html vti_charset:SR|iso-8859-1