Caption: e4e engineers for engineers GmbH will demonstrate new ALGOR V23 software at EuroMold, the world fair for moldmaking and tooling, design and application development, being held December 3 - 6, 2008 at the Exhibition Centre in Frankfurt, Germany. As shown here, ALGOR stress analysis results helped engineers at Aero Innovative Research, Inc. to rapidly improve and finalize the design of a caster flange, a component of a light-weight, tight-folding wheelchair. (Model courtesy of Aero Innovative Research, Inc.) (ALGOR Image)

Caption: ALGOR V23 significantly upgrades the computer-aided engineering (CAE) tools that ALGOR users worldwide rely on for design and analysis of their products. Many new and improved features provide increased capabilities for modeling, analysis and results evaluation and presentation, which are helping ALGOR users speed up time to market and make better, safer products at a lower cost. (ALGOR Image)

Caption: ALGOR, Inc. is donating $2.2 million in licenses of its multiphysics analysis software to SENAI, the National Service for Industrial Apprenticeship of Brazil. RCTASK, an ALGOR Authorized Reseller headquartered in Sertaozinho, Sao Paulo, Brazil, will provide services to SENAI including training and technical support. Shown here are representatives of SENAI and RCTASK meeting with ALGOR Director of International Business Development John Li (front row, far right) at the "Suico Brasileira" SENAI unit of Sao Paulo. (ALGOR Image)

Caption: ALGOR's finite element analysis (FEA) software provided direct CAD/CAE data exchange of this pillow block and roller assembly from Autodesk Inventor (upper left) for an ALGOR linear static stress analysis (bottom right) to study displacement and stresses. (ALGOR Image)

Caption: ALGOR V22 software significantly upgrades all areas of FEA: modeling, simulation and results evaluation and presentation, providing users with increased power, flexibility and ease-of-use for simulating engineering analyses of their product designs. As shown here, new and improved features include: expanded support for 64-bit systems; open channel flow; a multifrontal massively parallel solver (MUMPS); damage analysis; remote loads; improved beam modeling; meshing improvements; mesh studies; enhanced tools for pressure vessel design; and the capability to display flow rate results. (ALGOR Image)

Caption: The technology partnership between Parametric Technology Corporation and ALGOR, Inc. provides a complete, integrated process for design and analysis using Pro/ENGINEER and ALGOR. At the top, a motorcycle piston was modeled in Pro/ENGINEER (upper left) and analyzed in ALGOR DesignCheck (upper right) to determine the distribution of stresses under linear static conditions. On the bottom, a Pro/ENGINEER model of a gasket and housing (lower left) was analyzed using ALGOR (lower right) to study the overall closure of the gasket seal. (ALGOR Image)

Caption: The Chinese Mechanical Engineering Society (CMES) has chosen ALGOR finite element analysis (FEA) software as one of the training and testing tools for its national Mechanical Design Engineer (MDE) qualification examination. The test allows students to demonstrate proficiency at using popular computer-aided engineering software – such as ALGOR FEA – to solve engineering problems and thus receive certification as a qualified mechanical design engineer. (ALGOR Image)

Caption: ALGOR will demonstrate its new V21.1 and PipePak V10.2 software at the Offshore Technology Conference 2008 (OTC.08), being held May 5 - 8, 2008 at the Reliant Center in Houston, Texas. As shown here, typical applications include ALGOR analyses of a horizontal tank on saddles (lower left), local reinforcement at a lifting point (upper left), a compressor discharge bottle (upper right), a compressor-and-motor base (lower right) (models courtesy of Tolpa Technical Services, LLC) and a drilling rig substructure (lower center, model courtesy of Meadows Design & Analysis, LLC). (ALGOR Image)

Caption: The new technology partnership between ALGOR and SpaceClaim provides a seamless, integrated process for design and analysis. At the top, a cast nosecone was modeled in SpaceClaim (upper left) and analyzed in ALGOR (upper right) to determine the distribution of stresses under linear static conditions. On the bottom, a SpaceClaim model of a filter (lower left) was analyzed using ALGOR's multiphysics tools (lower right) to study fluid flow patterns. (ALGOR Image)