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ReLiCS: A complicated software package to estimate the residual life of crane structures. This project involved the development of a special language to parametrically describe structures of cranes, their sections, movements and loads. A finite analysis engine was developed and incorporated into the system to calculate the loading process of the crane structures during simulated operation. Loads are applied to the structure sections to determine the fatigue damage and/or crack growth. All this is supported by a rich and nice user interface.
Professor Sokolov from the "Lifting and Transportation Equipment" department of the St. Petersburg State Technical University wrote the underlying mathematics for fatigue damage and crack growth. The Russian government ratified this program as an authorized means of determining if damaged cranes can be used safely, and it is still in use today.
An interactive web tour for this system is available online.
Dxf2Mod: A translator tool that converts 3D faces and Meshes from DXF files to Modstar format used by COSMOS/M for finite element analysis.
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Dxf2X: A translator tool that converts 3D faces and Meshes from DXF files to X format used by Microsoft Direct3DRM visualization engine.
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X-Studio: An easy to use simple design tool for 3D scenes for the Microsoft Direct3DRM visualization engine.
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Parametric2D: Visual Components for Delphi and C++ Builder that provides a fast way to integrate parametric 2D drawings into forms. This idea is extended to new more complicated VCL components and C++ classes to incorporate it into more serious projects.
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X-Cube: Our version of the famous Rubic Cube puzzle would give you an example on one of the ways in which we could make a simulator for your system. Just imagine that the cube is your facility and that the game control panel is the control panel of your system..
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