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TMG Solvers for NX 10.0-11.0 Update NX TMG Thermal Analysis NX TMG Thermal Analysis (TMG) is completely integrated within I-deas NX Series, enabling you to carry out sophisticated thermal analysis as part of a collaborative engineering process. TMG enables 3D part modeling to be used as the foundation for thermal analysis by enabling you to efficiently create and fully associate FE models with abstracted analysis geometry. All of the thermal design attributes and operating conditions can be applied as history-supported entities on 3D model geometry. TMG Thermal Analysis incorporates sophisticated technologies for the efficient solution of element- based thermal models. A rigorous control volume scheme computes accurate conductive terms for even highly skewed meshes. Radiative heat transfer is computed using an innovative combination of radiosity and ray-tracing techniques; hemicube technology and sparse matrix solvers enable the code to easily solve very large radiative models. For analysis of assemblies, TMG provides powerful tools to connect disjoint meshes of parts and components. TMG offers outstanding model solution technology: a state-of-the-art biconjugate gradient solver delivers exceptional speed, reliability and precision. The TMG user interface is icon-driven and forms-based, minimizing learning time and enhancing productivity. Units can be selected on individual forms for each entry field. Context-sensitive online help is always only a click away. The solution process is highly automated and fully integrated, which means that no additional input files are required and all analysis is carried out in a single pass. Thermal results are directly available for loading structural models and can be mapped onto a different mesh. These features, combined with a variety of interfaces and customization options, make TMG Thermal Analysis an ideal solution for any engineering environment. Comprehensive thermal modeling tools Thermal problems in mechanical and electronic systems are often difficult to detect and resolve because of the complex effects of convection or radiation. TMG provides a broad range of tools to model these effects and leading edge simulation technology to get fast and accurate results.

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