费尔南多·梅尼斯在特内里费岛的建筑作品中的地质概念

IF 0.2 Q4 GEOLOGY BOLETIN GEOLOGICO Y MINERO Pub Date : 2023-03-01 DOI:10.21701/bolgeomin/134.1/006
Rosa Robador Boixereu, Alejandro Robador Moreno
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引用次数: 0

摘要

这项工作将地壳和地质材料中的各种现象与突出建筑的方式联系起来。为了进行这种反思,本文分为两篇文章。第一部分是理论性的,它揭示了地质与建筑之间存在的关系。它一方面说明了了解材料力学行为的重要性;另一方面,它指的是建筑与环境的关系,特别是可以从中获得的好处;在最后一节中,介绍了对建筑产生影响的地质过程的类型。论文的第二篇文章应用了之前公布的理论,并对一些选定的项目进行了描述。由于它与地球的物质和能量密切相关,建筑师费尔南多·梅尼斯(Fernando Menis)的作品被选中进行分析。该描述分为四个不同的项目:孵卵、El Guincho游泳池、Santísimo Redentor教堂和特内里费岛的Insular体育中心,被选为每个地质现象的代表。最后,最后一个案例分析,岩浆会议大楼作为一个综合的例子,暴露了上述所有现象。
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Geological concepts in the architectural works of Fernando Menis in Tenerife
This work relates the various phenomena that act in the earth’s crust and the geological materials with ways of projecting architecture. To carry out this reflection, the work has been divided into two essays. The first one, theoretical, exposes the relations which exist between geology and architecture. It describes, on one hand, the importance of knowing the mechanical behavior of materials; on the other hand, it refers to the relationship of architecture with its environment and in particular the benefits that can be gained from it; in a final section, the types of geological processes which have had influence in the architecture are presented. The second essay of the paper applies the theories previously announced with the description of some selected projects. Due to its close relationship with the matter and energy of the Earth, the work by architect Fernando Menis has been chosen to perform the analysis. The description is divided into four different projects: Hatching, El Guincho pool, Santísimo Redentor church and Insular Athletics Centre in Tenerife, chosen as representative of each geological phenomenon considered. Finally, one last case study, the MAGMA Congress building is analyzed as a comprehensive example where all the above phenomena are exposed.
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来源期刊
CiteScore
0.70
自引率
0.00%
发文量
25
期刊介绍: The journal publishes papers on a wide range of research topics in the field of Earth Sciences. - Stratigraphy, sedimentology and palaeogeography - Historical and regional geology - Tectonics, structural geology and geophysics - Earthquate Geology and Paleosismology - Marine geology and oceanography - Geomorphology and physical geography - Hydrology, hydrogeology and water resources management - Pedology and soil sciences - Mineralogy, crystallography, metallography and mineral deposits - Petrology and geochemistry - Palaeontology - Geoscientific mapping and information systems - Environmental geology, Palaeoclimatoloy and Global Change - Planetary geology - Applied geology, geotechnics, geological and ground engineering - Mining prospecting and research, mineral resources management and underground works - Metallurgy, metallurgical engineering, materials science and technology - History and epistemology of earth sciences - Popular science, geological and mining heritage - Geological hazards - Economic aspects of earth sciences - Other related topics…
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