Heat flux measurement to validate CFD thermal simulations
Use heat flux sensors
Did you know that heat flux can be measured? The FHF series heat flux sensors is used to verify simulated heat flux.
Heat transfer and thermal management of designs, devices and processes are often optimised using CFD simulation. The results are estimated temperatures and heat fluxes. Until now, only measurement of temperature is very common for validation purposes.
The Hukseflux FHF series heat flux sensors offers the first really practical solution to add heat flux to you measurements. For example: they can serve to measure heat flux boundary conditions as input for your thermal simulation (e.g. Ansys, COMSOL, OpenFoam, SimScale, Abaqus, etc.) or they can be used as validation of calculations.
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Assets of the newest innovative FHF heat flux sensors
- easy to use and instant results
- accurate, no matter what material they are mounted on
- thin and fast; they have low thermal resistance
- temperature range up to 120 ˚C at continuous use (150 ˚C short exposure)
How heat flux sensors work
Heat flux sensors measure a temperature difference across a thin layer of material. They typically employ a thermopile, which is manufactured by creating an alternating pattern of two dissimilar conductors, generally metal alloys. The output is a millivolt signal proportional to the local heat flux.
Hukseflux is the market leader in heat flux measurement, worldwide. We offer a wide range of sensors for measuring heat flux in many applications. Cannot find what you are looking for, or contemplating using a dedicated instrument for a specific application, please contact Hukseflux. We like having a good technical conversation.
Using FHF series heat flux sensors offers you advantages. FHF04 is our standard model for general-purpose heat flux measurement. FHF03 is first choice for measuring heat flux on a small object or budget. Click on the product below to discover all its specifications.