Edit the configuration files to define the periodicity of your flow (frequency , amplitude) and heat input.
Accounts for the temperature difference between the fluid and solid during rapid transients.
Maximize heat transfer in regenerative systems. download periodic_flow_heat
Model pulsatile flow to break down boundary layers, improving heat transfer coefficients ( ) without excessive pressure drops. Downloading and Implementing the periodic_flow_heat Tool
Periodic flow heat transfer occurs when the thermal boundary conditions (temperature, heat flux) or the fluid flow velocity changes in a repeating pattern. This is distinct from steady-state heat transfer, which assumes constant conditions. Key examples include: Edit the configuration files to define the periodicity
Accurately models the interaction between the periodic fluid flow and the thermal mass of solid structures.
Ability to run automated studies to determine the effect of frequency and amplitude on heat transfer efficiency. Conclusion Model pulsatile flow to break down boundary layers,
When you download a high-quality periodic_flow_heat package, you should look for the following features: