Selim Taşkaya
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引用次数: 0

摘要

如果要根据分区规划中的土地情况创建适合设计的建筑模型,无论是正常的还是按照历史城市肌理,都肯定需要进行一些可行性研究。特别是在按照旧纹理修复历史建筑或在葡萄园或花园地区建造2层或3层建筑,如H = 6.50米,地面和上层都是石材,砌体建筑项目,通过用有限元法进行建模来计算结构。在体积意义上,荷载组合如恒载、活载、土荷载、水荷载进行了计算。墙体分析是在砖石建筑的地面和上层的石头基础上进行的。采用有限元方法进行了研究。有限元是通过创建连接和节点来创建结构的建模。用这种方法,尤其要用到SAP程序。在我们的研究中,对所有荷载组合的必要性以及如何在砌体风格的建筑中使地面上的石头基础的墙壁荷载最小的分析结果进行了检验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Yığma Tarzda İnşa Edilecek Yapılarda Sonlu Elemanlar Metodu İle Hacim ve Yük Analizleri Üzerine Bir İnceleme
If it is desired to create a building model that is suitable to be designed according to the situation of the land in the zoning plans, whether it is normal or in accordance with the historical urban texture, some feasibility studies are definitely needed. Especially in the restoration work of a historical building in accordance with the old texture or in the construction of a 2- or 3-storey building such as H = 6.50 meters in vineyard or garden areas, the ground and upper floor are stone, masonry construction projects, by making a modelling with the finite element method in the calculations of the structure. In the volumetric sense, load combinations such as dead load, live load, soil load, water load are calculated. Wall analysis are made on the stone foundation on the ground and upper floors of the masonry building. Finite element method was applied in the study. Finite elements are creating the modelling of a structure by creating connection and nodal points. With this method, especially the SAP program is used. In our study, the analysis results about the necessity of all load combinations and how the wall loads of the stone foundation on the ground will be minimum in a building to be built in a masonry style were examined.
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