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Full-Text Articles in Architecture
Adaptive Façades’ Technologies To Enhance Building Energy Performance And More, Kawther Ahmed Hameedaldeen, Ahmed Omar M.S. Mostafa
Adaptive Façades’ Technologies To Enhance Building Energy Performance And More, Kawther Ahmed Hameedaldeen, Ahmed Omar M.S. Mostafa
Emirates Journal for Engineering Research
With the increased enrolment the digital technologies and modern computer applications in AEC industry, a parallel increase and upgrade happened in the work competition leading to new benchmarks in such fields. The importance of these technologies increased with their investment of improving energy consumption in buildings, which represents a world crisis. The problem got worse in hot arid desert zones, as the case of some regions in KSA, where most users tend to spend most of their time in internal air-conditioned spaces, which led to the increase of the consumption of cooling energy, that reach 40% of the total Energy …
Design, Integration, And Evaluation Of Iot-Based Electrochromic Building Envelopes For Visual Comfort And Energy Efficiency, Qingqing Sun
Design, Integration, And Evaluation Of Iot-Based Electrochromic Building Envelopes For Visual Comfort And Energy Efficiency, Qingqing Sun
All Dissertations
Electrochromic glazing has been identified as the next-generation high-performance glazing material for building envelopes due to its dynamic properties, which allow the buildings to respond to various climate conditions. IoT technologies have improved the sensing, communication, and interactions of building environmental data. Few studies have been done to synthesize the advancements in EC materials and building IoT technologies for better building performance. The challenge remains in the lack of compatible design and simulation tools, limited understanding of integration, and a paucity of evaluation measures to support the convergence between the EC building envelopes and IoT technologies. This research first explores …
A Thermo-Activated Wall For Load Reduction And Supplementary Cooling With Free To Low-Cost Thermal Water, Yuebin Yu, Fuxin Niu, Heinz-Axel Guo, Denchai Woradechjumroen
A Thermo-Activated Wall For Load Reduction And Supplementary Cooling With Free To Low-Cost Thermal Water, Yuebin Yu, Fuxin Niu, Heinz-Axel Guo, Denchai Woradechjumroen
Durham School of Architectural Engineering and Construction: Faculty Publications
A building envelope serves as a thermal barrier and plays an important role in determining the amount of energy used to achieve a comfortable indoor environment. Conventionally, it is constructed and treated as a passive component in a building thermal energy system. In this article, a novel, mini-tube capillary-network embedded and thermal-water activated building envelope is proposed to turn the passive component into active, therefore broaden the direct utilization of low-grade thermal energy in buildings. With this proposed approach, low-grade thermal water at a medium temperature close to the ambient environment can be potentially utilized to either counterbalance the thermal …
Sustainable Design Optimization Of Rural Houses In North China, Mingliang Li
Sustainable Design Optimization Of Rural Houses In North China, Mingliang Li
Purdue Polytechnic Masters Theses
With the rapid economic development of China, the living standards in rural areas have been experiencing improvement over the past two decades. One important aspect of the improved living standards is housing, which has been transformed from traditional adobe or stone structures into modern brick and concrete ones. In the meantime, active heating and cooling systems are gradually being incorporated and residents are requiring more comfortable indoor air temperatures during cold winters and hot summers. However, most rural houses have no insulation in their exterior walls and roofs. The question is whether or not it is economically viable to build …