Product Data Sheets
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 | Real-world mechanical behavior is often the result of several physical factors acting simultaneously. Multiphysics software enables engineers to simulate a product's behavior when those multiple physical factors interact. User-friendly tools automate the application of results from one type of analysis to another.
(multiphysics_flyer.pdf)
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| ALGOR's finite element modeling, results evaluation and presentation interface, FEMPRO, provides a complete and easy-to-use FEA interface. FEMPRO is extensible to our full range of simulation capabilities.
(fempro_flyer.pdf)
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| Direct CAD/CAE data exchange of parts and assemblies is available with leading CAD solid modelers. These CAD support capabilities are available for all analysis types within ALGOR's complete and easy-to-use finite element modeling, results evaluation and presentation interface, FEMPRO. These CAD support features are available for our full range of simulation capabilities.
(CADSupport_flyer.pdf)
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| Mechanical Event Simulation (MES) combines large-scale motion and stresses and supports built-in linear and nonlinear material models. The combination of motion and stress analysis considering full inertial effects enables engineers to see motion and its results, such as impact, buckling and permanent deformation.
(mes_flyer.pdf)
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| Structural analysis capabilities enable engineers to perform static stress analyses with linear and nonlinear material models.
(Structural_flyer.pdf)
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| Linear dynamic analysis capabilities include natural frequency (modal), natural frequency (modal) with load stiffening, response spectrum, random vibration, frequency response, transient stress (direct integration), transient stress (modal superposition) and critical buckling load.
(lineardynamic_flyer.pdf)
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| Capabilities for simulating thermal effects include steady-state and transient heat transfer analysis.
(heat_flyer.pdf)
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| Fluid flow capabilities include the determination of steady and unsteady flow patterns for incompressible, laminar or Newtonian fluid flow.
(fluid_flyer.pdf)
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| Electrostatic analysis capabilities enable engineers to simulate components exposed to electric current and fields.
(Electrostatic_flyer.pdf)
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