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Target Application: Mechanical
$500
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Fatigue calculation post-processing tool to plot the cycles to failure and accumulated damage according to section 5.5.3 in ASME VIII Div. 2
Target Application: Mechanical
$500
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Local failure calculation post-processing tool to plot the local failure utilization ratio according to section 5.3.3 in ASME VIII, Div. 2, with the possibility to specify forming strain and/or a loading sequence
Target Application: Workflow
FREE
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Stress Strain Curve according to Annex 3-D, ASME 2013 VIII Div.2 / KD-231.4 ASME 2015 VIII Div.3
Target Application: Mechanical
FREE
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Perform local failure assessments according to ASME Section VIII division 2 part-5 for pressure vessels by calculating the local strain limit and a usage factor
Target Application: Mechanical
FREE
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Expose 3D acoustics solver capabilities to perform acoustic, vibro-acoustic, contained fluid or immersed structure analyses
Target Application: Mechanical
FREE
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Automatically add/remove images/figures to the outline tree. Also support the views that are created via the View Manager or use 3d mouse to orient the model before taking the image/figure
Target Application: Mechanical
FREE
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Allow to use a .csv file to import analysis settings for time stepping [Contains source code]
Target Application: Fluent
FREE
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Automate shape optimization using adjoint solver
Target Application: Systems
FREE
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Give the users the ability to install and use the ANSYS Battery Design Toolkit in Simplorer
Target Application: SpaceClaim
FREE
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Simplify repetitive multi-body adjustments by easily defining group and layer instances of similar yet independent solid bodies (e.g., bolts, screws, washers, ...)
Target Application: Workflow
FREE
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Use CAESES geometry models for shape optimization. Meshing and analysis of CAESES models can be automated. CAESES focuses on parametric complex shapes. Typical applications : Ship hulls, turbochargers, pumps, turbines, wings, manifolds, volutes, intake ports, rotor blades
Target Application: Workflow
FREE
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Use CAESES geometry models for shape optimization. Meshing and analysis of CAESES models can be automated. CAESES focuses on parametric complex shapes. Typical applications : Ship hulls, turbochargers, pumps, turbines, wings, manifolds, volutes, intake ports, rotor blades