﻿<?xml version="1.0" encoding="utf-8"?><rss version="2.0"><channel><title>CRM Solutions, Inc.: Most Viewed</title><link>http://www.crmsolutionsinc.com/tabid/493/Default.aspx</link><description /><copyright /><language>en-US</language><webMaster>Admin CRMSolutionsinc</webMaster><pubDate>Tue, 07 Sep 2010 21:56:42 GMT</pubDate><generator>Ultra Video Gallery</generator><image><title>CRM Solutions, Inc.</title><link>http://www.crmsolutionsinc.com</link><url>http://www.crmsolutionsinc.com/Portals/24/CRM logo_4.png</url></image><item><title>Missile Stage Separation</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/10/Missile-Stage-Separation.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766977509992943.jpg' align='left' border='0' hspace='5'&gt;&lt;/a&gt;A viscous time accurate solution integrated with a 6-DOF model was obtained with GASP to predict 3D separation dynamics of an advanced hypersonic kinetic energy missile.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/10/Missile-Stage-Separation.aspx</link><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/10/Missile-Stage-Separation.aspx#PostComment</comments><guid>10</guid><pubDate>Thu, 30 Apr 2009 14:15:51 GMT</pubDate></item><item><title>Missile Tube Launch</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/13/Missile-Tube-Launch.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766978706913903.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Time Accurate simulation of a missile tube launch. Thrust integrated and input into 6-DOF to generate missile motion.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/13/Missile-Tube-Launch.aspx</link><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/13/Missile-Tube-Launch.aspx#PostComment</comments><guid>13</guid><pubDate>Thu, 30 Apr 2009 14:17:51 GMT</pubDate></item><item><title>Internal/External Engine Flow</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/14/InternalExternal-Engine-Flow.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766979643043599.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Multi-species flow for internal/external engine flow using Loci-CHEM</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/14/InternalExternal-Engine-Flow.aspx</link><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/14/InternalExternal-Engine-Flow.aspx#PostComment</comments><guid>14</guid><pubDate>Thu, 30 Apr 2009 14:19:24 GMT</pubDate></item><item><title>Launch Vehicle Stage Separation</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/5/Launch-Vehicle-Stage-Separation.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766975651171567.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Time accurate viscous solutions coupled with a 6-DOF model are used to predict stage separation events using the GASP solver.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/5/Launch-Vehicle-Stage-Separation.aspx</link><category>Launch Vehicle</category><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/5/Launch-Vehicle-Stage-Separation.aspx#PostComment</comments><guid>5</guid><pubDate>Thu, 30 Apr 2009 14:12:46 GMT</pubDate></item><item><title>Missile with Spinning Tail</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/12/Missile-With-Spinning-Tail.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766978402683471.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Time accurate and prescribed motion simulations were obtained for a missile in which the tail is free to spin. An integrated 6-DOF model was used to predict tail spin rate which provided zero rolling moment using the GASP flow solver.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/12/Missile-With-Spinning-Tail.aspx</link><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/12/Missile-With-Spinning-Tail.aspx#PostComment</comments><guid>12</guid><pubDate>Thu, 30 Apr 2009 14:17:21 GMT</pubDate></item><item><title>Spinning Fuel Tank</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/11/Spinning-Fuel-Tank.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766978129547983.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;A time accurate viscous solution was obtained for a spinning fuel tank on a re-entry vehicle. Solution was integrated with a 6-DOF model to predict propellant impact on vehicle motion.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/11/Spinning-Fuel-Tank.aspx</link><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/11/Spinning-Fuel-Tank.aspx#PostComment</comments><guid>11</guid><pubDate>Thu, 30 Apr 2009 14:16:53 GMT</pubDate></item><item><title>Debris Transport Analysis</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/9/Debris-Transport-Analysis.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766976917626447.jpg' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Viscous time accurate modeling of debris transport was modeled with Loci-CHEM. Debris motion was predicted with integrated 6-DOF model.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/9/Debris-Transport-Analysis.aspx</link><category>Debris</category><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/9/Debris-Transport-Analysis.aspx#PostComment</comments><guid>9</guid><pubDate>Thu, 30 Apr 2009 14:14:52 GMT</pubDate></item><item><title>Launch Vehicle Panel Jettison</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/8/Launch-Vehicle-Panel-Jettison.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766976292289935.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Quasi-unsteady simulations for panel jettison were performed on the CRM local computing cluster for varying panel separation flight conditions using the FlowCart inviscid solver.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/8/Launch-Vehicle-Panel-Jettison.aspx</link><category>Launch Vehicle</category><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/8/Launch-Vehicle-Panel-Jettison.aspx#PostComment</comments><guid>8</guid><pubDate>Thu, 30 Apr 2009 14:13:49 GMT</pubDate></item><item><title>Database Generation</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/3/Database-Generation.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766974583786831.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Rapid database generation computed using the FlowCart solver. Hundreds of solutions per week were generated on CRM local hardware.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/3/Database-Generation.aspx</link><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/3/Database-Generation.aspx#PostComment</comments><guid>3</guid><pubDate>Thu, 30 Apr 2009 14:10:59 GMT</pubDate></item><item><title>Launch Vehicle Panel Jettison</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/6/Launch-Vehicle-Panel-Jettison.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766975900712399.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Quasi-Unsteady simulations to model panel separation were obtained with the FlowCart solver.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/6/Launch-Vehicle-Panel-Jettison.aspx</link><category>Launch Vehicle</category><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/6/Launch-Vehicle-Panel-Jettison.aspx#PostComment</comments><guid>6</guid><pubDate>Thu, 30 Apr 2009 14:13:10 GMT</pubDate></item><item><title>Launch Vehicle Panel Jettison</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/7/Launch-Vehicle-Panel-Jettison.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766976100563823.jpg' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Viscous time-accurate simulations, integrated with a 6-DOF model, are generated using the GASP solver to predict panel separation.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/7/Launch-Vehicle-Panel-Jettison.aspx</link><category>Launch Vehicle</category><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/7/Launch-Vehicle-Panel-Jettison.aspx#PostComment</comments><guid>7</guid><pubDate>Thu, 30 Apr 2009 14:13:30 GMT</pubDate></item><item><title>Database Generation</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/2/Database-Generation.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766974045797423.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Rapid database generation created with the Flowcart solver. Hundreds of solutions per week obtained on local CRM hardware.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/2/Database-Generation.aspx</link><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/2/Database-Generation.aspx#PostComment</comments><guid>2</guid><pubDate>Thu, 30 Apr 2009 14:10:05 GMT</pubDate></item><item><title>Launch Vehicle Panel Jettison</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/1/Launch-Vehicle-Panel-Jettison.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766915538127599.jpg' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Quasi-unsteady simulations for panel jettison were performed on the CRM local computing cluster for varying panel separation flight conditions using the FlowCart inviscid solver.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/1/Launch-Vehicle-Panel-Jettison.aspx</link><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/1/Launch-Vehicle-Panel-Jettison.aspx#PostComment</comments><guid>1</guid><pubDate>Thu, 30 Apr 2009 12:32:34 GMT</pubDate></item><item><title>Launch Vehicle Stage Separation</title><description>&lt;a href='http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/4/Launch-Vehicle-Stage-Separation.aspx'&gt;&lt;img src='http://www.crmsolutionsinc.com/Portals/24/UltraVideoGallery/perez/633766975027085103.gif' align='left' border='0' hspace='5'&gt;&lt;/a&gt;Time accurate solver coupled with a 6-DOF model in GASP is used to predict stage separation events.</description><author>David Perez (HOST)</author><link>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/4/Launch-Vehicle-Stage-Separation.aspx</link><comments>http://www.crmsolutionsinc.com/Gallery/Videos/VideoPlayer/TabId/520/VideoId/4/Launch-Vehicle-Stage-Separation.aspx#PostComment</comments><guid>4</guid><pubDate>Thu, 30 Apr 2009 14:11:43 GMT</pubDate></item></channel></rss>