... of CPUs can be controlled to about 51 °C even at condenser-cooling wind temperature of 30 °C with wind flowrate of 41.88 m 3 /h. e-mail:  xuezhihu9@hotmail.com 11 09 2018 20 10 2019 13 01 2020 loop heat pipe two-phase device electronics cooling temperature control thermal...

... boundary control temperature control spherical shell spatially varying parameters Areas of great technological interest in all engineering sciences require modeling and control of distributed parameter systems (DPSs), which are dynamical systems whose state depends not only on the time but also...

... be considered for a large thermal mass system in order to achieve steady thermal control. The system presented is capable of maintaining steady thermal control within the given constraints. cooling heat conduction PD control Peltier effect temperature control thermal management (packaging...

... the condenser and the EHD pump. The reservoir temperature controlled by a strip heater determines the saturation condition of the loop. The reservoir temperature was set to 28 ° C for the entire test. To minimize the heat loss to surroundings, the entire experimental apparatus is wrapped...

...M. Adjim; R. Pillai; A. Bensaoula; D. Starikov; C. Boney; A. Saidane Lightweight yet precise, temperature control protocols are critical in a variety of applications. This is especially true in space where weight and volume are at a premium and reliability is paramount. In space, complex processes...

.... , and Slocum , A. H. , 2005 , “ A Convection/Radiation Temperature Control System for High Power Density Electronic Device Testing ” (unpublished). Sweetland , M. , 2001 , Design of Thermal Control Systems for Testing of Electronics , PhD thesis, Massachusetts Institute of Technology, Cambridge...

... in high heat flux applications. Of particular interest is the temperature control of gas turbine engine components. The components in the gas turbine engine that require efficient, improved cooling schemes include the gas turbine blades, the stator vanes, the turbine disk, and the combustor liner...

... convection flow through porous media specific heat temperature control thermal stability flow instability metal foams Enhancement Heat Transfer Natural Convection Non-Equilibrium Porous Media Thermal management of electronics is becoming increasingly challenging...

... the dissipated thermal load and that it be modulated to account for the distributed thermal capacitance and resistance of the device packaging. The analysis in this paper demonstrates fundamental limits of temperature control for typical devices under test conditions. These limits are identified for specified...

...Wilson K. S. Chiu; Cristy J. Richards; Yogesh Jaluria, Fellow ASME Conjugate heat transfer has significant relevance to a number of thermal systems and techniques which demand stringent temperature control, such as electronic cooling and chemical vapor deposition. A detailed experimental...

... control thermal resistance specific heat temperature control heat transfer Control Heat Transfer Heat Exchangers Due to the inherent thermal sensitivity of materials and systems, precision experiments and instrumentation generally require precision temperature control. In some...

... . Manuscript received by the Heat Transfer Division March 20, 2000; revision received January 8, 2001. Associate Editor: A. Bejan. 20 March 2000 08 January 2001 heat exchangers temperature control model reference adaptive control systems neurocontrollers Artificial Intelligence...