Shortening product development cycles requires an engineering team to analyze their products for structural, aerodynamic, and thermal concerns. In reality these phenomena are interrelated. We help engineering teams integrate their analysis codes to reflect this reality.
Coupling Fluid Analysis with Thermal Simulation
As pioneers in both the technologies and methods in thermal and infrared simulation, ThermoAnalytics helps engineering organizations yield shortest time-to-market and optimized product designs.
Such results are achieved when the human resources and technologies are efficiently integrated.
For example, we often support development groups with outlines for coupling fluid dynamics codes with thermal analysis in RadTherm. Using the approaches we develop, these teams can run fully transient thermal simulations in RadTherm supplemented with steady-state CFD data sets, where the extra accuracy is needed.
Learn more about CFD Thermal Analysis
Using the most advanced software tools for modeling fluid flow, ThermoAnalytics can solve your convection heat transfer problems and deliver improved thermal designs. ThermoAnalytics provides both component-level and system-level analysis.
RadTherm analyses can be combined with a CFD code to provide a full three-dimensional flow analysis integrated with RadTherm's three-dimensional radiation and conduction.
We help engineering teams integrate their analysis codes to reflect the interrelatability of structural, aerodynamic, and thermal concerns. For example, we often support development groups with outlines for coupling fluid dynamics codes with thermal analysis in RadTherm.
ThermoAnalytics' team of programmer-engineers develop custom scripts and user routines to simulate physics and systems not efficiently captured by software "out of the box." Complex user routines we develop include models of engines undergoing drive cycles and exhaust plumes impinging on surfaces.