Tags :ThermoAnalytics

ThermoAnalytics CoTherm 1.5CoTherm is an ambassador that facilitates the flow of information between CAE simulation products. Instead of working with complicated scripts, CoTherm lets you construct complex CAE coupling processes with an intuitive user interface allowing you to graphically monitor and automate your coupled simulation. Customize your coupling workflow within the GUI, make it as simple or as complicated as you like. You can create a completely automated process using the GUI by combining generic and process-specific tasks. CoTherm can also be extended using the API (for example to support proprietary in-house software packages which need special interfaces). The modular design of CoTherm makes it easy for a process to be built once and re-used for many different products and...

ThermoAnalytics TAITherm 12.6.0TAIThermIR is one of the world’s most advanced thermal and infrared modeling programs, empowering you to perform complete, robust thermal and infrared analysis within an integrated, easy-to-use interface. TAIThermIR’s highly optimized algorithms handle even the most complex IR challenges, providing not only accurate assessments, but actionable intelligence that can be quickly and more affordably applied to future design iterations.Infrared analysis can be applied to humans, vehicles, buildings or other engineered systemsInfrared analysis can be applied to humans, vehicles, buildings or other engineered systems As with everything we do, ThermoAnalytics has designed TAIThermIR to account for and simulate the complete range of heat transfer phenomena, from convection to radiation, from storage to dissipation, from steady-state to dynamic and transient...

ThermoAnalytics TAITherm 12.5.1TAITherm is the industry’s most complete and flexible thermal modeling software, one that predicts the full range of temperature distribution in your product or system. TAITherm applies a multi-physics approach to solve for thermal conduction, radiation, and convection under both steady-state and transient conditions.Thermal Analysis with TAIThermThermal Analysis with TAITherm TAITherm\’s highly optimized algorithms handle even the most complex heat transfer questions. Armed with a complete and precise understanding of how components will manage heat under dynamic real-world scenarios, TAITherm can be used to perform “virtual prototyping” and maximize engineering options in early stages of development.TAITherm Thermal Analysis Software Human ComfortTAITherm Thermal Analysis Software Human Comfort To avoid unnecessary production costs, design delays and inaccurate testing results, discover...

ThermoAnalytics.TAITherm.12.4.0New FeaturesExhaust Stream– Added Muffler component.– Increased graphical feedback when selecting components, bounding parts, Stream Points and Sub-Streams.– Thread points can now be displayed for Exhaust Streams.Human Setup Dialog– New interface to view and specify input data for humans. File data that can be specified include:. Body Part Map. Physiology and Anthropometry. Configuration. Boundary Conditions. Reference Variables. Initial Conditions. Berkeley Setpoints. Berkeley Segments– Human Thermal information is now saved in TDFs.EnhancementsGraphics Performance– Improved responsiveness to graphics when working with large models (1-million elements or more).. Switching or selecting parts in large models is now faster.. Switching tabs or changing display modes in large models has been improved.– Performance of panning, zooming and rotating has been improved.Battery Thermal– Voltage can now...

ThermoAnalytics.TAITherm.12.4.0New FeaturesExhaust Stream– Added Muffler component.– Increased graphical feedback when selecting components, bounding parts, Stream Points and Sub-Streams.– Thread points can now be displayed for Exhaust Streams.Human Setup Dialog– New interface to view and specify input data for humans. File data that can be specified include:. Body Part Map. Physiology and Anthropometry. Configuration. Boundary Conditions. Reference Variables. Initial Conditions. Berkeley Setpoints. Berkeley Segments– Human Thermal information is now saved in TDFs.EnhancementsGraphics Performance– Improved responsiveness to graphics when working with large models (1-million elements or more).. Switching or selecting parts in large models is now faster.. Switching tabs or changing display modes in large models has been improved.– Performance of panning, zooming and rotating has been improved.Battery Thermal– Voltage can now...

ThermoAnalytics TAITherm 12.1.1ThermoAnalytics, Inc., a leading provider of thermal and infrared simulation software and services, announce the release of Taitherm (ex-Radtherm) version 12.0, is the industry’s most complete and flexible thermal modeling program, one that predicts the full range of temperature distribution in your product or system. TAITherm applies a multi-physics approach to solve for thermal conduction, radiation, and convection under both steady-state and transient conditions. Nearly twenty years ago the ThermoAnalytics’ founders created a radiation-only solver, aptly named RadTherm. In the past two decades this software has evolved to include all of the different modes of heat transfer: radiation, conduction, convection, as well as advection. As we launch version 12.0, the latest release of our software suite, it is...

ThermoAnalytics.CoTherm.1.1.0.Win.Linux64ThermoAnalytics, Inc. has released 1.1.0 version of CoTherm, is an ambassador that facilitates the flow of information between CAE simulation products. It is the solution to complicated scripting and allows you to set up a customizable workflow from a user-friendly interface. At this release stage CoTherm currently couples with TAITherm, Star-CCM+, and Fluent but also has the capability to be extended using the API. – Coupling with FluentCouple with Fluent to execute a fluid flow simulation within a process. Surface temperatures can be mapped onto Fluent boundaries and a simulation can be run to export convective heat transfer coefficients and fluid temperatures.– Coupling with Star-CCM+Specify a Star-CCM+ tool to execute a fluid flow simulation within a process. Surface temperatures can...

RadThermIR is a thermal and infrared simulation tool. Designed for accurate IR predictions with full background interactions, RadThermIR software is available for Windows, Unix and Linux operating systems. Simulations with RadThermIR deliver a complete temperature distribution and heat rates for radiation, conduction and convection, allowing your team to maximize engineering options in early stages of vehicle development or validate final product design. With the temperature distribution established, infrared radiance in selected wave bands can be predicted for diffuse, single-bounce BRDF, and multibounce BRDF renderings. Infrared analysis can be applied to humans, vehicles, buildings or other engineered systemsInfrared analysis can be applied to humans, vehicles, buildings or other engineered systems RadThermIR is equipped with everything but your surface mesh: pre-processing for...

RadTherm\’s highly efficient Graphical User Interface and numerically optimized solver provide your team with comprehensive heat transfer solutions and a fast ROI. Join the many leading simulation teams who use RadTherm to achieve faster time-to-market and reduced testing costs. Thermal Analysis ImageThermal Analysis Image RadTherm is equipped with everything but your CAD mesh: pre-processing for conductivity and mesh normals, boundary condition set up, an optimized thermal solver, and post processor / results viewer. With minimal effort you can analyze conduction, multibounce radiation, and convection (steady-state or transient) under realistic indoor or natural environments. All functions are integrated into one carefully designed graphical user interface, allowing users to analyze designs very quickly and accurately. RadTherm\’s highly-optimized algorithms handle even the most...

RadTherm is equipped with everything but your CAD mesh: pre-processing for conductivity and mesh normals, boundary condition set up, an optimized thermal solver, and post processor / results viewer. With minimal effort you can analyze conduction, multibounce radiation, and convection (steady-state or transient) under realistic indoor or natural environments. All functions are integrated into one carefully designed graphical user interface, allowing users to analyze designs very quickly and accurately. RadTherm\’s highly-optimized algorithms handle even the most complex heat transfer questions. Written entirely in portable C++, RadTherm maintains speed and file compatibility across platforms. A state-of-the-art voxel-based ray tracer is used to compute radiation view factors and solar projected (apparent) areas. This ray tracer provides the fastest radiation exchange solver on...