aseismic design 基本释义：
aseismic design 是指一种设计理念或方法，旨在减少或消除地震对建筑物的破坏。
发音：
/?e??sa?m?k/ /?de??s??m/
英语范文：
If we want to design a building that is resistant to earthquakes, we need to consider several factors. Firstly, we need to ensure that the building is constructed using strong materials that can withstand the forces of the earthquake. Secondly, we need to consider the layout of the building, ensuring that it is stable and does not have any weak points that could be exploited by the earthquake. Finally, we need to ensure that the building has appropriate measures in place to protect it from the effects of the earthquake, such as reinforced walls and foundations.
In conclusion, aseismic design is essential for ensuring the safety and stability of buildings in earthquake-prone areas. By considering these factors and implementing appropriate measures, we can design buildings that are resilient to the effects of earthquakes and will continue to serve their intended purpose for many years to come.
音标和基础释义：
上述范文中涉及到的英语音标为：/?e??sa?m?k/ /?de??s??m/ //?f??r?me??(?)n/ //?e?k??ra?t?d/ //?e?k??ra?t??(?)n/ //?pr??z?v/ //?e?z??m/ //?e?k??ra?t??(?)n/ /pr??s?st/ //?s?mpl?s/ //?b?ld??/ //?t??n/ //?i?z??mts/ //?t??n/ //?i?z??mts/ /pr??ti?z?mts/。其中，音标中的元音发音为短促的音，辅音发音为清辅音。基础释义为：该段主要讲述了如何设计一个防地震的建筑，包括建筑材料的选择、建筑布局和保护措施等。同时，也强调了防地震设计对于地震多发地区的重要性。
aseismic design
释义：防震设计
发音：英 [?e?z?m?k ?dez?k(?)n] 美 [?e?z?m?k ?dez?k?n]
英语范文：
标题：防震设计在建筑中的应用
随着全球地震活动的增加，防震设计在建筑领域的重要性日益凸显。防震设计旨在通过各种技术手段，减少建筑物在地震中的损坏程度，保障人民生命财产的安全。
在实践中，防震设计通常包括结构优化、减震设施的安装、以及合理的建筑材料选择等多个方面。例如，我们可以采用轻质高强的材料来减轻建筑物的重量，从而减少地震时的位移。同时，合理布局结构构件，避免应力集中，也是防震设计的重要手段。此外，安装减震设施，如弹簧、阻尼器等，可以在地震时吸收或分散能量，进一步减少建筑物损坏的可能性。
然而，防震设计并非一劳永逸。我们需要定期进行建筑物防震性能的评估，及时发现并修复潜在的防震问题。同时，提高公众的防震意识，加强地震预警系统建设，也是防震设计的重要组成部分。
总的来说，防震设计是保障人民生命财产安全的重要手段。我们需要不断探索新的防震技术，提高建筑的防震性能，为构建安全、和谐的社会做出贡献。
以上就是关于“aseismic design”的一篇英语范文，希望对你有所帮助。
aseismic design
基础释义：抗震设计
发音: [?e?z?m?k ?dez?k(?)n]
英语范文:
In the field of architecture, aseismic design is crucial to ensuring the safety of buildings and reducing the risk of damage in case of an earthquake.
To achieve this, engineers and architects need to consider various factors, including the strength of the building materials, the layout of the structure, and the presence of earthquake-resistant measures such as reinforced concrete walls and earthquake-resistant foundations.
Moreover, it is essential to consider the building's location and surrounding environment. For example, buildings located in seismically active zones should be designed to withstand strong shaking, while those in areas with low seismic risk can be designed with less emphasis on aseismic measures.
In conclusion, aseismic design is a crucial aspect of building design that must be taken into account to ensure the safety and durability of buildings. By considering various factors and using appropriate measures, architects and engineers can design buildings that are resilient to the effects of earthquakes.
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