Synthesis of Jet Systems for Cooling of Computing Devices

The structure of systems for the jet cooling of computing devices with a heat transfer of Newtonian kinetics was analyzed, and an algorithm was proposed for the synthesis of such systems by the criterion of minimum of their overall heat transfer coefficient. It is shown that the optimum order of contact interaction of a cooling agent with computing devices cooled in a system is independent of the power of each of the devices, and is dependent only on their temperature. Relations have been derived for calculating the overall heat transfer coefficient of a system for the cooling of computing devices and the heat transfer coefficients of each of them. © 2021, Springer Science+Business Media, LLC, part of Springer Nature.