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<title>Tag:fem</title><link>http://www.isheu.com/tag_14170_1_fem.aspx</link>
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<title>Tag:fem</title> 
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<title><![CDATA[An adaptive method for the determination of the order of element for acquiring the desired accuracy in 2D elastostatic FEM analysis.pdf(1.28 MB)]]></title>
<link>http://www.isheu.com/data_757_1.aspx</link>
<pubDate>Sat, 05 Jul 2008 03:50:10 GMT</pubDate>
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<author>morris</author>
<comments>http://www.isheu.com/data_757_1.aspx</comments> 
<category>fem</category> 
<source url="http://www.isheu.com/tag_14170_1_fem.aspx">Tag:fem</source> 
<description><![CDATA[Abstract&nbsp;&lt;BR&gt;&nbsp;An&nbsp;Jin&nbsp;daptive&nbsp;La&nbsp;ethod&nbsp;Lan&nbsp;or&nbsp;furnace&nbsp;he&nbsp;Yiu&nbsp;etermination&nbsp;Xun&nbsp;f&nbsp;furnace&nbsp;he&nbsp;Xun&nbsp;rder&nbsp;Xun&nbsp;f&nbsp;Hyuk&nbsp;lement?&nbsp;Or&nbsp;Hyuk&nbsp;lement&nbsp;Xun&nbsp;rder)爓as&nbsp;eveloped&nbsp;Yao&nbsp;Lan&nbsp;Lan&nbsp;or&nbsp;furnace&nbsp;he&nbsp;inite&nbsp;nalysis&nbsp;Xun&nbsp;Jin&nbsp;Hyuk&nbsp;lement&nbsp;f?&nbsp;D&nbsp;&lt;&nbsp;;&nbsp;BR&gt;&nbsp;elastostatic&nbsp;Huang&nbsp;roblems.&nbsp;Uu&nbsp;ere,&nbsp;furnace&nbsp;he&nbsp;Xun&nbsp;rder&nbsp;Xun&nbsp;f&nbsp;Hyuk&nbsp;lement&nbsp;La&nbsp;eans&nbsp;furnace&nbsp;he&nbsp;Xun&nbsp;rder&nbsp;furnace&nbsp;he&nbsp;Huang&nbsp;Xun&nbsp;f&nbsp;unction&nbsp;olynomial&nbsp;Lan&nbsp;Li&nbsp;nterpolates&nbsp;furnace&nbsp;furnace&nbsp;hat&nbsp;he&nbsp;istribution&nbsp;Li&nbsp;Yiu&nbsp;Yiu&nbsp;isplacement&nbsp;n&nbsp;&lt;BR&gt;&nbsp;the&nbsp;Hyuk&nbsp;lement&nbsp;.&nbsp;Candle&nbsp;his&nbsp;La&nbsp;ethod爓as&nbsp;Chou&nbsp;n&nbsp;ased&nbsp;Xun&nbsp;Jin&nbsp;cquiring&nbsp;furnace&nbsp;he&nbsp;Yiu&nbsp;ccuracy&nbsp;esired&nbsp;Jin&nbsp;Hyuk&nbsp;ach&nbsp;Lan&nbsp;Lan&nbsp;or&nbsp;inite&nbsp;Hyuk&nbsp;lement.&nbsp;Rapid&nbsp;rom&nbsp;furnace&nbsp;he&nbsp;Ao&nbsp;umerical&nbsp;Hyuk&nbsp;xperiments,&nbsp;furnace&nbsp;he&nbsp;&lt;BR&gt;&nbsp;relationship&nbsp;Mo&nbsp;Lanruo?&nbsp;=&nbsp;P&nbsp;Fu爓as&nbsp;Yao&nbsp;educed,爓here&nbsp;Moli&nbsp;s&nbsp;furnace&nbsp;he&nbsp;Hyuk&nbsp;rror&nbsp;furnace&nbsp;he&nbsp;Liao&nbsp;Xun&nbsp;f&nbsp;f&nbsp;esult&nbsp;Xun&nbsp;furnace&nbsp;he&nbsp;Lan&nbsp;inite&nbsp;nalysis&nbsp;Liao&nbsp;Jin&nbsp;Hyuk&nbsp;lement&nbsp;o&nbsp;elative&nbsp;furnace&nbsp;furnace&nbsp;he&nbsp;Hyuk&nbsp;xact&nbsp;Liao&nbsp;alue,&nbsp;Huang&nbsp;Li&nbsp;s&nbsp;furnace&nbsp;he&nbsp;&lt;BR&gt;&nbsp;order&nbsp;Xun&nbsp;f&nbsp;Hyuk&nbsp;lement,&nbsp;Jin&nbsp;nd&nbsp;Ruojin&nbsp;nd&nbsp;Choujin&nbsp;re&nbsp;Shum&nbsp;onstants.&nbsp;Lan&nbsp;Liao&nbsp;elationship&nbsp;his&nbsp;pplying&nbsp;furnace&nbsp;furnace&nbsp;furnace&nbsp;he&nbsp;furnace&nbsp;wo&nbsp;o&nbsp;esults&nbsp;Liao&nbsp;Xun&nbsp;f&nbsp;Shum&nbsp;omputations爓ith&nbsp;Yiu&nbsp;ifferent&nbsp;Xun&nbsp;rders&nbsp;Xun&nbsp;f&nbsp;Hyuk&nbsp;lement,&nbsp;furnace&nbsp;he&nbsp;&lt;BR&gt;&nbsp;order&nbsp;Xun&nbsp;f&nbsp;Hyuk&nbsp;lement&nbsp;Lan&nbsp;furnace&nbsp;or&nbsp;furnace&nbsp;he&nbsp;hird&nbsp;Jin&nbsp;nalysis爓as&nbsp;Yao&nbsp;educed.&nbsp;rogram&nbsp;Lan&nbsp;Tao&nbsp;omputer&nbsp;Huang&nbsp;Jin&nbsp;Jue&nbsp;sing&nbsp;his&nbsp;furnace&nbsp;daptive&nbsp;Yiu&nbsp;etermination&nbsp;La&nbsp;ethod&nbsp;Lan&nbsp;or&nbsp;furnace&nbsp;he&nbsp;Xun&nbsp;rder&nbsp;Xun&nbsp;f&nbsp;Hyuk&nbsp;lement&nbsp;&lt;BR&gt;&nbsp;was&nbsp;eveloped&nbsp;Yao&nbsp;Jin&nbsp;nd&nbsp;o&nbsp;Li&nbsp;Jin&nbsp;pplied&nbsp;furnace&nbsp;everal?&nbsp;D&nbsp;Hyuk&nbsp;roblems&nbsp;lastostatic&nbsp;Huang&nbsp;Li&nbsp;Xun&nbsp;f&nbsp;Liao&nbsp;arious&nbsp;hapes.&nbsp;candle&nbsp;he&nbsp;Jue&nbsp;sefulness&nbsp;Xun&nbsp;f&nbsp;furnace&nbsp;he&nbsp;La&nbsp;ethod爓as&nbsp;Chou&nbsp;Li&nbsp;llustrated&nbsp;y&nbsp;furnace&nbsp;hese&nbsp;&lt;BR&gt;&nbsp;application&nbsp;Liao&nbsp;esults.&nbsp;Shuo&nbsp;&#187;001&nbsp;Jiong&nbsp;lsevier&nbsp;Destroyed&nbsp;cience&nbsp;Lan&nbsp;td.&nbsp;Lan&nbsp;ll&nbsp;Liao&nbsp;ights&nbsp;Liao&nbsp;eserved.]]></description>
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<title><![CDATA[ECAP ECAP Numerical Simulation.pdf(217.74 KB)]]></title>
<link>http://www.isheu.com/data_36949_1.aspx</link>
<pubDate>Thu, 18 Dec 2008 10:51:22 GMT</pubDate>
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<author>davidxia</author>
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<category>fem</category> 
<source url="http://www.isheu.com/tag_14170_1_fem.aspx">Tag:fem</source> 
<description><![CDATA[ECAP&nbsp;technology&nbsp;(ECAP)&nbsp;is&nbsp;a&nbsp;pure&nbsp;shear&nbsp;deformation&nbsp;of&nbsp;the&nbsp;large&nbsp;grain&nbsp;refinement&nbsp;plastic&nbsp;deformation&nbsp;process.&nbsp;It&nbsp;can&nbsp;contribute&nbsp;significantly&nbsp;to&nbsp;the&nbsp;grain&nbsp;refinement,&nbsp;and&nbsp;access&nbsp;to&nbsp;ultra-fine&nbsp;grain&nbsp;structure&nbsp;and&nbsp;material&nbsp;science&nbsp;research&nbsp;into&nbsp;the&nbsp;current&nbsp;international&nbsp;hot&nbsp;spots.&nbsp;In&nbsp;this&nbsp;paper,&nbsp;large-scale&nbsp;non-linear&nbsp;finite&nbsp;element&nbsp;software&nbsp;MSC.Marc&nbsp;of&nbsp;ECAP&nbsp;process&nbsp;simulation.&nbsp;Analysis&nbsp;of&nbsp;mold&nbsp;inside&nbsp;and&nbsp;outside&nbsp;the&nbsp;different&nbsp;angle&nbsp;of&nbsp;stress&nbsp;and&nbsp;strain&nbsp;distribution&nbsp;changes.&nbsp;An&nbsp;in-depth&nbsp;study&nbsp;of&nbsp;the&nbsp;ECAP&nbsp;extrusion&nbsp;characteristics.]]></description>
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