Porous Morphology Eco-Efficiency Design Process of a Selected Masterpiece Building and its prospects on the Environment

Ogundeji Peter Ayobami, Bolarinwa Ogundeji, Olomiye Taiwo Adebayo, Ekundayo Julius Woleola
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Abstract

The characteristic of urbanization, modernization and it effect on the environment has become a disastrous event especially towards the beginning of 20th Century (C). Researches have shown an excessive exploitation of minerals both on and beneath the earth crust were consume every year for the purpose of construction alone.  Thus, not only decrease in volume of earth materials but also the impact on environmental thus need attentions. This study observes that the conversion of material; exploitation; energy used during construction; energy associated with heating; cooling; lighting and ventilating commercial buildings have potential consequence on the environment. A selected study of masterpiece building with philosophy of porous structure, which certified Leadership in Energy and Environmental Design (LEED) in Nigeria, was reviewed. Finding indicate that conceptual design from the school of thought help in setting reasonable objectives at the designing process stage. Also, energy efficient building will reduce wastage of earth materials with alternate source of natural energy, application of natural element other than artificial during building construction and occupancy stage are mitigation strategies to negate aforementioned effect on the environment. Conceptual frameworks with composite notions from various domains were explored to include concept of porosity from medicine among others was utilized, acceptable for maximum lighting, cross ventilation and circulations. Hence, energy efficiency was achieved which is friendly to the environment.
某精品建筑的多孔形态生态效率设计过程及其环境展望
城市化、现代化的特征及其对环境的影响已成为灾难性事件,特别是在20世纪初(C)。研究表明,仅为建设目的,每年就消耗了过量开采地壳上和地壳下的矿物。因此,在减少土料体积的同时,也要注意对环境的影响。本研究观察到物质的转化;剥削;施工过程中使用的能源;与供暖有关的能源;冷却;商业建筑的照明和通风对环境有潜在的影响。对尼日利亚能源与环境设计领先认证(LEED)的多孔结构建筑进行了研究。研究结果表明,思想学派的概念设计有助于在设计过程阶段设定合理的目标。此外,节能建筑将通过替代自然能源减少土材料的浪费,在建筑施工和入住阶段应用人工以外的自然元素是消除上述对环境影响的缓解策略。探索了来自不同领域的复合概念的概念框架,其中包括利用医学孔隙度的概念,可接受的最大照明,交叉通风和循环。因此,实现了对环境友好的能源效率。
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来源期刊
Global Sustainability Research
Global Sustainability Research sustainability and environmental focus-
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期刊介绍: Global Sustainability Research (ISSN: 2833-986X) is an Open Access journal dedicated to supporting the rapidly expanding area of global sustainability research. Global Sustainability Research Journal publishes original research and reviews which seeks to address and discuss ways to deliver sustainable development. Manuscripts submitted to Global Sustainability Research must address issues linked with the achievements of sustainability and sustainable development goals.
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