Ap tiff to pdf converter 3.4 update#
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The equivalent diameter has the benefit of being easier to understand than the defect volume. The equivalent diameter of a defect is the diameter of a sphere that has the same volume as the defect. The equivalent defect diameter is now available for all three-dimensional porosity/inclusion analyses.We've optimized the performance of the sub-voxel accuracy mode in VGEasyPore, allowing for a faster calculation of a sub-voxel accurate defect detection with a high number of defects.Now, an additional column on the geometry element tab of the CM report shows the storage systems of all geometry elements and allows you to select several geometry elements at once and change their storage system. Option to change the storage system for several geometry elements at once: In earlier versions, the adjustment of the storage system of a geometry element could only be done by editing each individual element, making it time-consuming to adjust measurement plans.Combined elements (e.g., symmetry) will always adjust their size immediately according to their source elements. Now, the user has the option to automatically refit the size on the actual object for fitted geometry elements. You can automatically adjust the size of geometry elements on the actual object: Until now, geometry elements have kept their original size (from the time they were created), even when they are applied to a different object, which requires the user to manually trigger a size adjustment (e.g., to the resulting fit points).But now, freeform surfaces created on CAD faces are watertight on common edges and can be refitted more reliably due to the ability to specify a number of iterations for the refitting process, which also improves the accuracy of profile tolerances. Improved refitting and accuracy for profile tolerances: When profile tolerances need to be evaluated on complex shapes, it may be difficult to specify a measurement template that can be applied to several different objects.The Digital Volume Correlation Module also assists you in detecting arising singularities, like cracks and pores that can hardly be seen with the naked eye, by comparing the initial and the deformed image. These meshes can either be imported from other programs, e.g., Patran (.pat) or Abaqus (.inp), or generated using the Volume Meshing Module. The equivalent strain or single components of the strain tensor can be shown as a color overlay and mapped directly on a volume mesh to validate the results of your FEM simulations. Results-such as deformations-can be impressively visualized by using vector fields and strain lines.

Ap tiff to pdf converter 3.4 registration#

It allows for the convenient alignment of the initial and the deformed volume through the use of VGSTUDIO MAX built-in registration tools and the subvoxel-accurate determination of displacements and strain fields. The Digital Volume Correlation Module offers superior support for finding damage in materials using a voxel-based before-after comparison, making it possible to easily export strain tensors with respect to your FEM mesh to validate your FEM simulations.

In material science, this is an excellent tool for quantifying strain and displacements of the visible inner structure of composite materials, foams, or porous components produced by additive manufacturing.

The new Digital Volume Correlation Module allows you to quantify displacements between an initial and deformed volume in a simple and intuitive way.

Ap tiff to pdf converter 3.4 Patch#

By including these character lines, the result is a useful patch layout of untrimmed NURBS surfaces-commonly known as an auto surface model-which can be exported as a STEP file to any CAD system. The Reverse Engineering Module creates a pattern of 4-sided patches that follows the edges and main features of the model. All in one software, and without the need for a CAD designer or reverse engineering specialist.

Ap tiff to pdf converter 3.4 update#

You can use these CAD models for products that don’t have existing 3D representation-cost-effectively and directly from CT or mesh data-to make manually generated design models available digitally, generate CAD models for old parts where no CAD information (or only 2D drawings) is available, update models in which the actual part or tool looks different than its master CAD model, and enable CAM systems to mill on CAD instead of meshes.

With its auto surface function, the new Reverse Engineering Module makes it easy to convert CT scans into CAD models that you can use in your CAD systems.