Updated and added jupyter notebooks

examples/RVE_generation/create_rve.py

@@ -25,11 +25,11 @@
 # create and visualize synthetic RVE
 # create kanapy microstructure object
 ms = knpy.Microstructure(descriptor=ms_elong, name=matname + '_' + texture + '_texture')
-ms.init_RVE()  # initialize RVE including particle distribution and structured mesh
+ms.init_RVE()  # initialize RVE including particle distribution
 ms.plot_stats_init()  # plot initial statistics of equivalent grain diameter and aspect ratio
 ms.pack()  # perform particle simulation to distribute grain nuclei in RVE volume
 ms.plot_ellipsoids()  # plot final configuration of particles
-ms.voxelize()  # assign voxels to grains according to particle configuration
+ms.voxelize()  # create structured mesh and assign voxels to grains according to particles
 ms.plot_voxels(sliced=True)  # plot voxels colored according to grain number
 ms.generate_grains()  # generate a polyhedral hull around each voxelized grain
 ms.plot_grains()  # plot polyhedral grains

index.ipynb

@@ -28,7 +28,10 @@
     "    The basic steps of using Kanapy to generate synthetic representative volume elements (RVE) are demonstrated. The RVE can be exported in standard FEA formats.\n",
     "\n",
     "  - [ebsd2rve.ipynb](examples/notebooks/ebsd2rve.ipynb)  \n",
-    "    An EBSD map aof a austenitic steel produced by additive manufacturing is analyzed with respect to statistical microstructure descriptors. The descriptors are the basis to build an RVE.\n"
+    "    An EBSD map aof a austenitic steel produced by additive manufacturing is analyzed with respect to statistical microstructure descriptors. The descriptors are the basis to build an RVE.\n",
+    "\n",
+    " - [ebsd2rve.ipynb](examples/notebooks/dispersed_phase.ipynb)  \n",
+    "    A polycrystal with a second phase dispersed along the grain boundaries is generated.\n"
    ]
   }
  ],