Visualize e corrija interativamente problemas do modelo antes de resolvê-los

O recurso Reparar modelo realiza uma série de verificações de validação em seu modelo para identificar problemas que podem causar erros no solucionador, produzir resultados imprecisos, ou indicar dados redundantes. Os problemas são categorizados por gravidade:

• Critical – Esses problemas devem ser corrigidos antes de serem resolvidos, pois eles farão com que o solucionador falhe.
• Warning – Esses problemas podem produzir resultados inesperados na análise.
• Suggested – Limpeza opcional para manter seu modelo arrumado.

You can run descanso de quadril Model anytime from Tools → Repair Model.

Some critical fixes and warning checks run automatically when you click Resolver to run the FEA. Contudo, running Modelo de reparo manually gives you visibility into what is being changed and allows you to control which fixes are applied. It’s important to note that only warning checks can be ignored during a solve.

The following shows an example of a pop-up you may see when you solve your model.

When you run Modelo de reparo manually, the following console appears on the left-hand side of S3D. Use the checkboxes to control which corresponding fixes are applied to your model. Note that critical fixes cannot be unchecked. Além disso, clicando no Visualização buttons will highlight the problem component(s) in the S3D canvas.

List of Checks

Critical

• Unused Nodes – Nodes not connected to any members or plates are removed
• Duplicate Members – Members with identical start/end nodes and offsets are removed
• Duplicate Plates – Plates defined by the same set of nodes are removed
• Duplicate Supports – Multiple supports applied to the same node or overlapping line supports are removed
• Zero-Length Members – Members where the start and end node are the same or extremely close are removed
• Zero-Area Plates – Meshed plates with negligible or zero area are removed
• Element Release – Members with both ends released for torsion are fixed to prevent rotational instability

Warning

• Members with No Section – Members missing section data are assigned a default section
• Unmeshed Plates – Plates that have not been meshed are flagged as they will be ignored by the solver
• CWL Elevation Order – Column wind loads with elevations listed out of order are reordered
• Reasonable Input Check – Unusual values such as extremely long members or unrealistic material properties are flagged
• Close Nodes – Nodes that are very close together are merged into one
• Normal Members with Intersecting Nodes – Normal members that pass through intermediate nodes are split at those nodes
• Overlapping Members – Overlapping members are merged into one

Suggested

• Unused Sections – Sections not assigned to any members are removed
• Unused Materials – Materials not used by any sections or plates are removed