Gallery#
Images produced with Neper. Click on an image to enlarge it, and follow the link below it to see how it is made.
Generation#
Hierarchical microstructure over three scales, from Generating a Multiscale Tessellation (-T)#
Lamellar microstructure, from Generating a Multiscale Tessellation (-T)#
Hourglass domain, from Defining the Domain and Cutting (-T)#
Plate drilled with four holes, from Defining the Domain and Cutting (-T)#
Cylinder periodic along its axis, from Generating a Periodic Tessellation (-T)#
Columnar morphology, from Generating a Tessellation from Statistical Cell Properties (-T)#
Cells colored by group, from Defining Cell Groups (-T)#
Truncated octahedra, from Generating Regular Tessellations (-T)#
Meshing#
Polycrystal image, tessellation and mesh, from Meshing a Polycrystal Image Obtained by Synchrotron X-Ray Diffraction (-T, -M)#
Finer mesh in the interior cells, from Meshing a Tessellation (-T, -M)#
Regular hexahedral mesh, from Meshing a Tessellation (-T, -M)#
Mesh divided into four partitions, from Meshing a Tessellation (-T, -M)#
Post-Processing#
Grain orientation spreads on a deformed mesh, from Post-Processing and Visualizing Simulation Results (-S, -V)#
Orientation trajectories in an inverse pole figure, from Plotting Orientation Trajectories (-S, -V)#
Pole figure density with orthotropic symmetry, from Plotting a Pole Figure (-V)#
Orientation density over the fundamental region, from Visualizing in Orientation Space (-V)#
Visualization#
Semi-transparent cells, from Visualizing a Tessellation (-V)#
Interior faces colored by surface area, from Visualizing a Tessellation (-V)#
Slices of a mesh along three planes, from Visualizing a Mesh (-V)#
Orientation color key in Rodrigues space, from Plotting an Orientation Color Key (-T, -M, -V)#