Design and positioning of detailed, geometry-based heat exchanger models for thermal management system applications.
Heat Exchanger Library is a model library for heat exchanger design, dimensioning and stacking. It contains geometry-based component models and test set-ups or compact heat exchangers such as evaporators, condensers, charge air coolers, radiators and chillers.
The impact of inhomogeneous air inlet velocities and temperatures can be monitored along with their distribution inside the components. Support for CFD-data coupling bridges the gap between 3D and 1D system simulation.
Several heat exchangers can easily be arranged in series in the air flow path. This is particularly useful for automotive applications. Heat Exchanger Library integrates seamlessly with Vapor Cycle Library and Liquid Cooling Library. Together they are ideal to model complete thermal management architectures including energy transport, cooling, refrigeration and heat generation.
Geometry based heat exchanger models for system simulation
Friction and heat transfer models for a range of heat exchanger designs
Captures effects of inhomogeneously distributed inlet air conditions
Imposed flow or pressure mode operation
Coupling to CFD data
Modeling of heat exchanger stacks with different heat exchanger geometries, sizes and positioning
Easy-to-use testbench templates
Fully compatible with Modelon thermofluid libraries
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