A comparison between the proposed systems and an economic brick shelter with the same dimensions is also conducted to evaluate the thermal performance of each. The output data is analyzed and compared with each other to address which of these systems tends to achieve better indoor thermal temperature. Different alternatives are tested one by one over the year on 21st of March, June, September and December.
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By using Design Builder software as a simulation tool, the thermal performance of the building envelope of the shelter is evaluated in order to examine the adaptability of using cardboard in Egypt. Next, an analytical study is presented, from which a cardboard shelter is proposed as a solution for the lack of adequate emergency shelters in Egypt. That's because some types of schedules demand more. You'll notice that some templates cover your daily, weekly, and monthly assignments, while other templates only provide you with one type of assignment. In this paper a literature review on corrugated cardboard, presenting its historical background, its characteristics, potentials and limitations, is given. We created these free work schedule templates to help you be more productive and efficient with your work tasks. Due to its light weight, it can be easily assembled, disassembled and relocated to other destinations. Corrugated Cardboard has great potentials that enable it to be an alternative to the existing materials for temporary structures.
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This study examines the feasibility of using corrugated cardboard as a building material in order to develop an efficient design for an emergency portable shelter. Having measured the noise and understanding the noise pattern/behavior, the use of an appropriate error coding scheme and adaptive modulation scheme are proposed to mitigate the effect of these disturbances in order to enhance reliable data communication on this band. The noise pattern/behavior is classified into background noise, narrow band interference and impulse noise, and could be mathematically modeled. The obtained A-Band noise pattern has distinctive frequencies and their amplitudes can be quantified. Repetitive measurements of noise patterns were carried out in two different typical metropolitan locations in South Africa and were observed in hourly intervals for 24 hours with various different noise generating sources. The A Band is the frequency band where communication is carried out by electricity providers, and various factors make it noise prone as mentioned above. These measurements were carried out between 3 kHz and 95 kHz, as defined by the CENELEC standard as frequency band A. This paper presents experimental simulations as well as results obtained during laboratory experiments and in-house measurements within the CENELEC A narrowband PLC channel. The characteristics of this noise change with time, place, source and frequency. The CENELEC A-Band remains the most noisesusceptible band amidst the four standard CENELEC Power Line Communication (PLC) frequency bands.
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