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The cabin temperature increases sharply and can reach 70°C when the vehicle parks in the summer direct sunlight, which has a bad influence on the occupants entering comfort. At first, based on the theory of thermal, static heat transfer model of cabin is established and the rule of the indoor air temperature changing with time is obtained. After that, ventilation cooling model for car blower is set...
The thermal performance of a sunspace attached to living room located in Amman -Jordan has been investigated in the present study. DEROB- LTH is used to estimate the thermal performance in terms of cooling and heating loads required for the indoor climate. The annual heating and cooling loads are obtained under climatological prevalent conditions. The main contribution of this passive solar design...
Emission spectroscopy of plasma-excited chemical species is widely used for generalized chemical analyses in bench-top systems. This paper explores the use of pulsed microdischarges between two and three electrode microstructures, which operate in air at atmospheric pressure, for use in handheld chemical analyzers. Pulsed microdischarges are fired between two-electrodes spaced apart by 0.2-2 mm. Synchronized...
We report on the design and experimental validation of a distributed Brillouin-based optical fiber sensor embedded into concrete structures for temperature and strain measurement. A composite-made wave-like coating designed by finite-element analysis ensures the sensor is transferring optimally temperature and strain fields from the concrete to the optical fiber, where Brillouin scattering takes place...
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