Image Based Modeling, Measurement and Analysis
VOXELCON
The greatest feature of VOXELCON is being able to use actual data as they are.
CT-image data, STL model by 3D measurement and so on are usable as actual data. You can directly import these data and generate voxel models, and can perform various analysis / measurement processings.
Directly Using Actual Data
The greatest feature of VOXELCON is being able to use actual data as they are.
CT-image data, STL model by 3D measurement and so on are usable as actual data.
You can directly import these data and generate voxel models, and can perform various analysis / measurement processings.
Various Reverse-Engineering Functions
VOXELCON has the various reverse engineering functions as structural analysis or measurement function, and they're effective in evaluating casting or composite material, and in various scenes of a design stage and quality control etc.
Ultra High Speed and Robust Voxel Generation
VOXELCON can create the mesh of 100 million voxels within only tens of seconds. And, its generation is so robust, it hardly fails.
It can generate a complicated mesh quickly. And, analysis quality is stable because anyone can create the same mesh.
Large Scale Solver
Especially in regard to complicated model, in order to keep the high voxel model accuracy, voxel size gets smaller and number of elements is increased. But as VOXELCON is developed supposing such a large-scale model, it can analyze models of tens of millions voxel with general PC.
Application To The Bioengineering Field
In the bioengineering field, it is necessary to create analysis model from measuring the actual thing because there is no design data.
By using "The Image Based Analysis" supported by VOXELCON, you can create a accurate models and also reduce the time and effort for modeling greatly.
*1 : Meijo University Dr. Taki
*2 : Tokyo Dental college Dr. Ide
*3 : Tokyo University Dr.Ohashi / National Museum of Nature and Science,Tokyo
Multiscale Analysis
VOXELCON adopted ultramodern multi-scale analysis functions such as the homogenization method and the mesh superposition method promptly, and those are effective in the composite material research / development field and the bioengineering field.
In these fields, the analysis object can't be created by CAD in many cases. So, it is very effective to analyze based on images.
