TMG Solvers (Revision 2019-11-08) Updates | 717.2 mbThe Siemens PLM Software team has released an updated versions to module TMG Thermal/Flow Simulation (NXCAE_EXTRAS) for NX Series software, is used to advanced modeling of heat transfer and flow of liquid and gas flows.
What’s new in this releaseTMG Version 2019.1.11** Bug* [TF-6244] – Nodal temperatrues were not calculated right* [TF-6374] – Incorrect average solid temperature* [TF-6375] – heat loads with thermostat not considered by TMG* [TF-6376] – Radiation request does not progress correctly* [TF-6385] – Solution Hangs* [TF-6404] – RFR Screen summary reports* [TF-6408] – Orbit Visualizer crashing when defining orbits with Sun-Planet vectors in FEMAP* [TF-6410] – Time dependent boundary condition computes weird results on non-uniform multilayer shell* [TF-6489] – Clean up warning messages in restart* [TF-6612] – Stack Layer – Coupling to layers not written to INPF file** New Feature* [TF-6201] – Interface resistance support with PARAM FEMCONDTMG Version 2019.2.6** Bug* [TF-6244] – Nodal temperatrues were not calculated right* [TF-6301] – Propagate post-proc i.e. report body intercept value at halo nodes for all variables* [TF-6346] – Artificially low temperature on IBM mesh* [TF-6374] – Incorrect average solid temperature* [TF-6375] – heat loads with thermostat not considered by TMG* [TF-6376] – Radiation request does not progress correctly* [TF-6382] – No convection when mass flow is defined on immersed duct elements* [TF-6385] – Solution Hangs* [TF-6389] – OCTOPUS57 failing* [TF-6390] – OCTOPUS 75/76 Failing* [TF-6400] – Pressure rise inlet combined with time varying ambient pressure is not properly supported* [TF-6404] – RFR Screen summary reports.
* [TF-6408] – Orbit Visualizer crashing when defining orbits with Sun-Planet vectors in FEMAP* [TF-6410] – Time dependent boundary condition computes weird results on non-uniform multilayer shell* [TF-6489] – Clean up warning messages in restart* [TF-6508] – Excessive creation of 1-D/duct fluid elements when a thermal stream on face is applied to skewed elements* [TF-6576] – Spalart-Allmaras turbulence model leads to operator\ConvertFaceToNodal.cpp failed! error* [TF-6612] – Stack Layer – Coupling to layers not written to INPF file** New Feature* [TF-6201] – Interface resistance support with PARAM FEMCONDTMG Thermal/Flow Simulation (NXCAE_EXTRAS) moduleprovides heat transfer solutions and is an add-on module to either NX Advanced FEM or NX Advanced Simulation.
NX Thermal can simulate conduction, convection and radiation phenomena for complex products and large assemblies.
NX Thermal is used to address thermal analysis requirements in a wide range of industries including aerospace and defense, automotive and transportation, consumer products and appliances, energy, medical, electronics and semiconductors.
In addition, NX Thermal can also be used with NX Flow, the NX-integrated CFD solution, for coupled thermo-fluid simulation.
NX Thermal continues Siemens’ long heritage in thermal simulation and leverages the same technology that underpinned the I-deas TMG solution.
NX Thermal uses high-order finite volume-based technology on a FE mesh to accurately and efficiently simulate heat transfer phenomenon.
It combines the versatility of FE-based analysis with the accuracy of a finite volume scheme.
The NX Thermal solver technology allows simulation of NX parts and assemblies within complex thermal environments.
Siemens PLM Software.
is a world-leading provider of product lifecycle management and manufacturing operations management software. We help thousands of companies realize innovation by optimizing their processes, from planning and development through manufacturing, production and supportProduct:TMG SolversVersion:2019.1.11-2019.2.6 (Revision 2019-11-08) Updates *Supported Architectures:x64Language:englishSystem Requirements:PC / LinuxSupported Operating Systems:The same OS for the version of software that you are using.
Software Prerequisites:Siemens NX 1847 or NX 1872 with NXCAE_EXTRAS moduleSize:717.2 mb
