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var leg2 = new Array();
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leg[1]='Courtesy of ANSYS';
leg2[1]='The [Tetmesh-GHS3D] mesher gives our customers the ability to solve large complicated parts and assemblies that they were not able to solve before. It is the state-of-the-art tetrahedral element mesher in terms of speed and generating high quality elements. The code was very easy to integrate into our existing products.';
leg3[1]='Tony Mobley<br>Technical Fellow, ANSYS, Inc.';
pic[1]='refansys.jpg';
log[1]='logansys.gif';
nom[1]='ANSYS Inc.';
url[1]='http://www.ansys.com/';

leg[2]='Courtesy of Cetim';
leg2[2]='We were pleasantly surprised by TetMesh-GHS3D\'s performance in terms of mesh generation speed.<br>Its robustness made it possible to create automatically high quality 3D meshes in most cases.<br>By supporting a solution destined to become the standard of the market, CETIM allows its clients to take advantage of a new technology at a reasonable price.';
leg3[2]='Mansour Afzali<br>CAD/CAE Department, Cetim';
pic[2]='refcetim.jpg';
log[2]='logcetim.gif';
nom[2]='CETIM';
url[2]='http://www.cetim.fr';

leg[3]='';
leg2[3]='The integration of this remarkable technology is really the jewel in the crown for FEMAP Version 5.<br>With Version 5 we made great strides in geometry access and modeling, graphics speed and loads and constraints; and we wanted to improve our tetrahedral meshing.<br>Now with GHS3D, FEMAP is now really supercharged.';
leg3[3]='Mark Sherman<br>Vice President, EDS';
pic[3]='blanc.gif';
log[3]='logeds.gif';
nom[3]='EDS';
url[3]='http://www.eds.com/products/plm/femap';

leg[4]='';
leg2[4]='TetMesh-GHS3D was chosen after a comprehensive assessment of tet meshers, and was found to be the fastest, most efficient, and most robust product available.';
leg3[4]='Derek Styles<br>Sales and Marketing Director, Femsys';
pic[4]='blanc.gif';
log[4]='logfemsys.gif';
nom[4]='Femsys, Ltd.';
url[4]='http://www.femsys.co.uk/';

leg[5]='';
leg2[5]='Both the speed and reliability of TetMesh-GHS3D are impressive.<br>And TetMesh-GHS3D handles complicated shapes and topologies. We look forward to incorporating the capabilities of TetMesh into LS-DYNA.';
leg3[5]='Trent Eggleston<br>Livermore Software Technology Corporation';
pic[5]='blanc.gif';
log[5]='loglivermore.gif';
nom[5]='Livermore Software Technology Corporation';
url[5]='http://www.lstc.com/';

leg[6]='';
leg2[6]='Object Reservoir\'s software is designed to model the flow of oil and gas through wells and is intended for use by Petroleum Engineers. In order to "speak" to the user in terms that he is familiar with, mesh generation is hidden from the user, and is done automatically. In order to develop such a paradigm, the mesh generation must be completely automatic, predictable and robust. It is for this reason that we selected the TetMesh-GHS3D to augment our automatic meshing suite of tools...';
leg3[6]='Scott Canann<br>Object Reservoir Inc.';
pic[6]='blanc.gif';
log[6]='logobjres.gif';
nom[6]='Object Reservoir, Inc.';
url[6]='http://www.objectreservoir.com/';

leg[7]='View of Pro-Mechanica, courtesy of PTC';
leg2[7]='By combining the advanced meshing technology and performance of TetMesh-GHS3D with the proven performance and usability of Pro/MECHANICA, PTC will be able to deliver a new standard is simulation scalability and Pro/ENGINEER associativity for users of third party finite element solvers like NASTRAN and ANSYS. With our customers in mind, PTC has been addressing interoperability and working with industry standards on various fronts, and this is one more validation of our efforts in this area.';
leg3[7]='Ken Short<br>VP Simulation Products Marketing, PTC';
pic[7]='refptc.jpg';
log[7]='logptc.gif';
nom[7]='Parametric Technology Corporation';
url[7]='http://www.ptc.com/';

leg[8]='Courtesy of Pointwise';
leg2[8]='Simulog\'s tetrahedral mesher pleasantly surprised us with its ability to successfully build meshes from complex surface triangulations that other meshers couldn\'t handle.<br>As a bonus, the mesher\'s robustness and Simulog\'s professional technical support made implementation quick and easy.';
leg3[8]='Dr. John P. Steinbrenner<br>Pointwise';
pic[8]='refpoint.jpg';
log[8]='logpoint.gif';
nom[8]='Pointwise, Inc.';
url[8]='http://www.pointwise.com/';

leg[9]='';
leg2[9]='In FEA, your results are only as good as your mesh. When SRAC searched for a mesher that would fit with the accuracy and speed of its solvers, Simulog proved to be a seamless match.<br>Simulog\'s volume mesher, TetMesh-GHS3D, provides robust, fast and high quality transitional meshing capabilities for COSMOS/ TM products users.';
leg3[9]='Julien Boissat<br>Product Management Eng., S.R.A.C.';
pic[9]='blanc.gif';
log[9]='logsrac.gif';
nom[9]='Structural Research & Analysis Corp.';
url[9]='http://www.cosmosm.com/';

leg[10]='';
leg2[10]='Sandia performed a blind evaluation of several tet meshers before selecting one. The consensus of the evaluators was that the INRIA tet mesher Tetmesh-GHS3D was best, due to its robustness.<br>Simulog offers a standard commercial source code license which also made TetMesh-GHS3D the most favorable product of them all.';
leg3[10]='Scott Mitchell,<br>Sandia National Labs';
pic[10]='blanc.gif';
log[10]='logsandia.gif';
nom[10]='Sandia National Laboratories';
url[10]='http://malla.sandia.gov/cubit/';

leg[11]='View of the Transvalor 3D pre-processor';
leg2[11]='In the material processing simulation field where users want to compute more and more complex parts, the efficiency and reliability of TetMesh-GHS3D, recently introduced in our pre-processor, complete perfectly our FEM solvers.';
leg3[11]='Richard Ducloux<br>Development Manager, Transvalor S.A.';
pic[11]='reftrans.jpg';
log[11]='logtrans.gif';
nom[11]='Transvalor';
url[11]='http://www.transvalor.com/';

leg[12]='Courtesy of Debis Systemhaus';
leg2[12]='Benchmarking by ourselves and one of our main customers showed us that the [TetMesh-GHS3D] mesher is state-of-the art.<br>But we were looking for more: A partner for MEDINA, the Debis FEM-Software.<br>What really convinced us was the development plan for TetMesh.';
leg3[12]='Ronald Kalf<br>Senior Manager CAD/CAM Products, T Systems';
pic[12]='refdes.jpg';
log[12]='logdes.gif';
nom[12]='T-Systems PLM';
url[12]='https://servicenet.t-systems.com/tsi/en/290492/Home/PLM/PLM-Applications/Analysis-Simulation/MEDINA';


leg[13]='Courtesy of Robobat';
leg2[13]='The Distene tetraedric mesher, TetMesh-GHS3D, is a reference in the CAE software of the market such as ANSYS. It is the solution chosen by RoboBat to mesh in the most efficient way the volume models in term of speed, robustness, reliability and to thus reach a high level of quality and conditioning';
leg3[13]='Aymeric Jouannet-Capogrossi<BR>Mechanical Department Manager';
pic[13]='refrobo.jpg';
log[13]='logrobo.gif';
nom[13]='Robobat';
url[13]='http://www.robobat.com';


leg[14]='Courtesy of Simulia';
leg2[14]='The new tetrahedral meshing in ABAQUS/CAE, combined with new curvature-based mesh sizing, provides industry-leading performance, robustness and element quality.  We expect our relationship with Distene to yield many quantifiable benefits for our customers over the next several years.';
leg3[14]='Ken Short<br>VP, Strategy & Marketing, SIMULIA';
pic[14]='refabaq.jpg';
log[14]='logosimulia.gif';
nom[14]='SIMULIA';
url[14]='http://www.simulia.com';


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