ALGOR V20 Wins Readers' Choice Award

PITTSBURGH, PA -- (MARKET WIRE) -- Mar 28, 2007 -- Desktop Engineering (DE), a monthly publication that covers design solutions from concept through manufacturing, announced that ALGOR V20 was chosen as the winner of DE's Readers' Choice Award for March 2007. ALGOR V20 is the latest product release from ALGOR, Inc., a leading provider of design, analysis and simulation software.

"Each issue, Desktop Engineering gives a Readers' Choice Award to the product that has received the most reader interest in a recent issue," said Anthony J. Lockwood, DE's editorial director. "On behalf of the DE staff and the 63,000 all-engineer readership of DE, I congratulate ALGOR and its V20 software release for winning the DE Readers' Choice Award for March 2007."

"This award attests to the high level of interest in ALGOR V20," said ALGOR Product Manager Bob Williams. "It also reflects that our product-development process continues to be customer-driven and responsive to market needs. As one example, in ALGOR V20, we've introduced a new, faster, completely integrated CAD/FEA modeling environment in response to customer requests."

Some of the highlights of ALGOR V20 include:

-- support for design scenarios (perform multiple analyses using
   different analysis types, load sets and constraint sets for
   the same model)
-- a wizard for applying bolt loads
-- support for design studies and size optimization
-- improved meshing tools including isoparametric second-order
   brick elements (midside nodes follow curvature)
-- enhanced capabilities for fluid flow analysis:
   -- support for multiple rotating frames of reference for
      3-D modeling of complex fans and similar systems
   -- k-epsilon turbulence model for 3-D transient mixed
      Galerkin/Least-Squares (GLS) formulation with surface
      roughness effects
   -- buoyancy effects for transient analyses
   -- total pressure boundary for 3-D
   -- static pressure boundary with backflow for 3-D
   -- inlet and outlet vent for 3-D
-- faster, best-in-class sparse solver for fluid flow, heat
   transfer and linear dynamic analyses
-- updated Material Library Manager with new directory structure
   organization and tree view
-- reinforced (rebar) concrete element and material model for
   Mechanical Event Simulation
-- capability to define results-based load curves for
   Mechanical Event Simulation
-- enhanced multiphysics analysis including coupled unsteady
   fluid flow and transient heat with buoyancy effects
-- capability to use element length as a result type and in custom
ALGOR's wide range of simulation capabilities includes static stress and Mechanical Event Simulation (MES) with linear and nonlinear material models, linear dynamics, fatigue, steady-state and transient heat transfer, steady and unsteady fluid flow, electrostatics, full multiphysics and piping.

To learn more about Desktop Engineering's Readers' Choice Award, visit For more information about ALGOR software, contact an ALGOR account manager or visit our web site --

ALGOR, Inc. provides cost-effective solutions for design, analysis and simulation and enables engineers to virtually test and predict real-world behavior of new and existing product designs, speed up time to market and make better, safer products at a lower cost. The company serves more than 20,000 customers in over 95 countries in organizations such as 3M, The Boeing Company, Delphi Corporation, DuPont, General Electric Company, General Motors Corporation, Goodrich Corporation, Hewlett-Packard Company, IBM Corporation and NASA. Partnerships with other leading software companies offer data exchange with products from Alibre, Inc.; ANSYS, Inc.; Autodesk, Inc.; IronCAD, LLC; Kubotek USA, Inc.; MSC.Software Corporation; Parametric Technology Corporation (PTC); Robert McNeel & Associates; Solid Edge from UGS; SolidWorks Corporation, a Dassault Systemes S.A. company; and others. Educational support and customer service includes the use of Internet audio/video technology for distance learning and free, live software demonstrations. For additional information, please visit our website at

Julie Halapchuk


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