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| 1 | Covid-19疫情期间寒地室内病毒扩散分析及通风建议显示文摘本文针对哈尔滨某生鲜超市,利用COMSOL仿真软件,模拟分析了五种自然通风方式下病毒扩散规律,得出了开门通风和门窗同开通风排污效果最好,并分析了其排污特性。在降低一定热舒适性的前提下,提出了每小时门窗同开通风1-2分钟,或者开门通风2-3分钟,能够快速降低超市内部空气的病毒浓度,明显降低室内人员交叉感染风险。 | 张英博 沈朝 段骁健 Erdem Cuce | 2021 | 建筑热能通风空调2021，40，10： | 2 |
| 2 | Global technological advancement and challenges of glazed window,facade system and vertical greenery-based energy savings in buildings:A comprehensive review显示文摘There are many factors that have a major influence on reducing the energy expenditure in building sector.This research aims at qualitative and quantitative assessment of those factors such as double glazed windows,ver-tical greenery systems(VGS),integrating of semi-transparent photovoltaic device with architectural design of buildings,energy saving by using heat reflecting coating,passive climate control methods,energy saving by shading,building energy performance enhancement by using optimisation technique,double skin green facade,etc.through a holistic and thematic approach.Amongst the aforesaid techniques,VGS is found the most reliable,efficient and sustainable solution.Attractive VGS can improve the urban environment,increase biodiversity,mit-igate pollution also results economic benefit of the buildings as like as energy savings and decreasing surface temperature.Four fundamental energy saving methods are used in VGS which are considered as passive energy saving mechanism.Firstly,interception of solar radiation due to the shadow risen by the vegetation;secondly,vegetation also provides thermal insulation;thirdly,plants evapotranspiration helps for evaporative cooling of building;finally,building blockage makes a variation of wind effect on building.The peak cooling load of ivy coated green building wall has been reduced by 28%.If a VGS is installed without windows and building fac-ing on west,east,south and north correspondingly,the reduction in the cooling load capacity of the building is observed to be up to 20,18,8 and 5%,respectively.Very high thermally resistive glazed areas on building envelope can be secured via thin film PV glazing and vacuum glazing products with an average U-value of 1.1 and 0.4 W/m 2 K,respectively.Energy use policies are also helpful to improve energy consumption scenario of buildings.For developing more energy-efficient,sustainable and eco-friendly buildings,these techniques might be helpful for the building designers and architects. | M.Washim Akram M.Hasannuzaman Erdem Cuce Pinar Mert Cuce | 2023 | Energy and Built Environment2023，4，2： | 1 |
| 3 | Toward aerogel based thermal superinsulation in buildings: A comprehensive review显示文摘 | Erdem Cuce Pinar Mert Cuce Christopher J. Wood Saffa B. Riffat | 2014 | Renewable and Sustainable Energy Reviews2014，，： | 1 |
| 4 | On the Use of Nanofluids in Solar Energy Applications显示文摘Renewable energy technologies are in the centre of interest to narrow the gap between fossil fuels and clean energy systems.The dominant role of solar energy systems among the alternatives is beyond question owing to being associated with an infinite energy source,well-documented theory,simplicity,eco-friendly structure and notably higher energy and exergy efficiency range compared to other renewables.However,in solar energy systems,conventional working fluids with poor thermophysical properties are still utilised.In other words,further improvements are still available in the said systems by the use of unique nanoparticles with superior thermal,electrical,optical and mechanical properties.Within the scope of this research,the applications of nanofluids in various solar energy systems such as tracking and non-tracking solar collectors,photovoltaic/thermal systems,solar thermoelectric devices,solar stills,solar thermal energy storage systems,solar greenhouses and solar ponds are comprehensively analysed.Relevant comparisons and discussions are proposed for the potential impacts of various nanofluids on coefficient of performance(COP)and thermodynamic performance figures of solar energy systems such as energy and exergy efficiency,effectiveness and productivity.Some challenges of nanofluids are also addressed which need to be resolved in further works. | CUCE Erdem CUCE Pinar Mert GUCLU Tamer BESIR Ahmet Burhaneddin | 2020 | Journal of Thermal Science2020，29，3： | 1 |
| 5 | Thermodynamic Performance Analysis of a Low-Cost,Recycled and Energy-Efficient Solar Air Heater with Waste Beverage Cans:An Experimental Research显示文摘Solar air heaters are at the centre of interest owing to their widespread use for various purposes.In the study,thermal performance analysis of a solar air heater that can be easily produced from daily waste materials is done.The system has a low-cost structure with both waste material use and a simple design.The proposed system is tested under different climatic conditions,and the energetic and the exergetic performance figures are obtained for the first time in literature.It is observed from the experimental tests that the results are stable and coherent as well as in good accordance with the similar attempts in literature with some cost reductions and performance improvements.Thermodynamic performance analyses indicate that the maximum energy efficiency of the system is about 21%,whereas the exergy efficiency is 1.8%.The energetic and exergetic outputs of the system are also determined to be 27 W and 3 W,respectively,which is promising. | Pinar Mert CUCE Abhishek SAXENA Erdem CUCE Yusuf Nadir YILMAZ Saboor SHAIK GUO Shaopeng | 2023 | Journal of Thermal Science2023，32，4： | 0 |
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