TAK 2000 can model 3-D simulations that can have conduction, convection, and radiation. Thermal properties can be a function of time or temperature. Model processing of either a steady state or transient simulation generally only takes seconds. Communicating the results is as important as the analysis itself so the Workbench is loaded with tools to distill and package the data generated during the processing phase. Graphs can be plotted of temperature time histories. Various temperature tables of selected nodes can be tabulated. Compare the results of several parametric changes or filter out the minimum and maximum temperatures experience during a transient simulation. Finally, TAK 2000 has been human-engineered to serve people. Nodes have names not cryptic numbers. Context-sensitive Help is always a keystroke away. Material property databases are built into the Workbench with over 1,300 entries. Web links to the latest TAK news and data can be accessed from the Workbench. |
Sub-modeling![]() Now models can be divided into logical pieces for separate analysis, and then combined into one system model. This is useful when members of a geographically diverse team are modeling various subsystems. This capability can be used to create a library of validated, reusable submodels. The analysis of an evolving "product" then becomes vastly easier. TAK2000 Pro or
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Actual Applications of TAK 2000
![]() Peat bog in the UK |
![]() Armoured Cable |
![]() Fiber manufacture in Italy |
![]() HST Instruments |
![]() High Resolution Imagers |
![]() Spitzer Cryogenic Telescope |
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