Titlebook: International Scientific Conference Energy Management of Municipal Facilities and Sustainable Energy; Volume 1 Vera Murgul,Marco Pasetti Co

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Computational Analysis of the Influence of PCMs on Building Performance in Summerted carefully. This paper investigates the structures that can be coupled with PCM efficaciously, and it highlights some problems that could be caused by PCMs. The investigation has been performed numerically by means of the Energy-Plus software.

寬宏大量

象形文字

Orchiectomy

安心地散步

Computer Modeling of the Creep Process in Stiffened Shellsuted load is directed along the normal to the surface. “Deflection–time” relations are plotted for different load magnitudes. Values of critical time of buckling as a result of creep deformation are found. Curves of critical load decline over time as a result of creep development are obtained.

試驗(yàn)

Probabilistic-Statistical Model of Climate in Estimation of Energy Consumption by Air Conditioning Sstep of 2?°C, relative humidity of 5%, and in option 2 for cells with a step of 1?°C, relative humidity of 2.5%. The calculation results indicate a significant increase in the accuracy of calculations with a smaller step of the climate model.

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Local Air Humidifiers in Museumstion rate. Installing local humidifiers is extremely important in buildings with natural ventilation systems, because it can provide not only required relative air humidity but also reduce the concentration of fine suspended particles, which helps exhibits to retain its initial outlook.

一再煩擾

Green Roofs as a Response to a Number of Modern City Problemsroof??was conducted in a laboratory of NRU MGSU (Moscow, Russia). The results of the experiment are presented. The energy efficiency of a public building roof was tested on three models of??green roof??with different composition and thickness. The results were compared with theoretical calculations.

CORE

CBC471

Precooling in Desiccant Cooling Systems with Application of Different Indirect Evaporative Coolerslow heat and mass exchangers) were selected for a comparative study. The proposed system is able to obtain high thermal COPs (up to 4.9) due to effective pre-cooling of the airflow with a highly effective evaporative heat and mass exchanger. The performance of the systems was analyzed numerically wi