Shape optimization of a pressure bulkhead
Simulation done with Carat++.
Shape optimization of a pressure bulkhead Read More »
Simulation done with Carat++.
Shape optimization of a pressure bulkhead Read More »
A new developer version have been released. GiD13.1.11d is ready to download from our webpage. Check what’s new in this version: Preprocess: Geometry->Edit->Hole surface, now allow also planar surfaces, multiple holes, and define holes with lines or other surfaces Mesh->Edit mesh->Move nodes z raster (to set the z of the mesh from a raster file) Nodes/Elements to grid surfaces: allow select the
New GiD developer version 13.1.11d Read More »
A new developer and official version have been released and can be downloaded for all platforms. The new official version GiD13.0.4 can be downloaded from www.gidhome.com/download/official-versions/. Check what’s new in this version. Visit www.gidhome.com/download/developer-versions/ and download the latest developer version GiD13.1.10d. Discover the latests news in this version.
New GiD 13.1.10d and GiD 13.0.4 Read More »
Now you can purchase your SpreadDEM licences throught the GiD shop. SpreadDEM is developed for MS Windows and can be purchased as a local or USB licence. The local version is a licence for a single PC/Laptop while the USB is a portable licence associated to a specific memory stick. SpreadDEM is the first industrial numerical tool to perform virtual
Buy SpreadDEM in the GiD shop Read More »
SpreadDEM is the first industrial numerical tool to perform virtual experiments of centrifugal fertilizer spreaders oriented to designers and producers of agricultural machinery. Is based on GiD and DEMPack. Obtain spread patterns, transversal distributions of fertiliser and the coefficient of variation easily by importing your spreader geometry. Improve your design by analysing the detailed flow of particles from the hopper onto the disc and from there to the ground, tracking individual trajectories,
Perform virtual experiments of centrifugal spreaders with SpreadDEM Read More »
Simulation run with DEMPack solver.
Erosion around a bridge pillar Read More »
Cuttings transported along an elbow in a wellbore annulus during drilling operations. Simulation run with DEMPack solver.
Cuttings transport simulation Read More »
Unmanned underwater vehicle with no control module. The simulation is done using Kratos Multiphysics.
UUV (Unmanned Underwater Vehicle) in water tank simulation Read More »
Concrete caissons are dragged seawards by the liquefacted hydraulic filling. The simulation is done using Kratos Multiphysics.
Barcelona dock failure Read More »
This video shows a landslide falling into reservoir, with the subsequent generated wave. Simulation done using Kratos Multiphysics.
Landslide simulation Read More »
The GiDML_Image2Mesh module generates a volume mesh directly from 3D images. The unstructured tetrahedral mesh is generated from a 3D grid of voxels, in which the material is coded as a color. The mesh is automatically refined in the regions where there are different materials, in order to capture the interface between them. [one-half-first][/one-half-first] [one-half][/one-half]
The GiDML_OctreeTetrahedraMesher module is an unstructured volume mesh generator. This octree-based mesher ensures both geometrical and model topology preservation. The module’s input is a triangle mesh defining the contours of the model. The tetrahedra output mesh represents the topology of the model, but it may not be constrained to the input triangles. This characteristic permits
Octree tetrahedra mesher Module Read More »