fenestral

简明释义

英[fɪˈnestrəl]美[fəˈnestrəl]

adj. 如窗的

英英释义

单词用法

同义词

反义词

例句

1.This is a fenestral structure .

这是一个窗格构造。

2.This is a fenestral structure .

这是一个窗格构造。

3.The architect designed a building with large fenestral 窗户的 openings to maximize natural light.

建筑师设计了一座有大< span >fenestral< /span > < span >窗户的< /span >开口的建筑，以最大化自然光。

4.In the study of ancient ruins, researchers noted the fenestral 窗户的 patterns that indicated the style of the period.

在对古代遗址的研究中，研究人员注意到< span >fenestral< /span > < span >窗户的< /span >图案，这表明了那个时期的风格。

5.The fenestral 窗户的 design of this cathedral is a prime example of Gothic architecture.

这座大教堂的< span >fenestral< /span > < span >窗户的< /span >设计是哥特式建筑的一个典型例子。

6.During the renovation, they replaced the old fenestral 窗户的 frames with energy-efficient ones.

在翻修过程中，他们用节能型的窗框替换了旧的< span >fenestral< /span > < span >窗户的< /span >框架。

7.The museum's exhibit on modern architecture highlighted fenestral 窗户的 innovations in sustainable design.

博物馆关于现代建筑的展览突出了在可持续设计中< span >fenestral< /span > < span >窗户的< /span >创新。

作文

In the realm of architecture, the term fenestral is used to describe anything related to windows or openings in a structure. Windows play a crucial role in the design and functionality of buildings, as they provide natural light, ventilation, and a connection to the outside world. The fenestral design of a building can significantly impact its aesthetic appeal and energy efficiency. For instance, large windows can enhance the visual connection between indoor and outdoor spaces, creating a sense of openness and tranquility. However, architects must also consider factors such as climate, orientation, and privacy when planning the fenestral aspects of a building. One notable example of innovative fenestral design is the use of skylights. These architectural features allow sunlight to flood into interior spaces, reducing the need for artificial lighting during the day. In modern sustainable architecture, the strategic placement of windows and skylights is essential for maximizing energy efficiency. By harnessing natural light, buildings can reduce their reliance on electricity, contributing to a more sustainable future. Moreover, the fenestral arrangement of windows can influence a building's heating and cooling dynamics. For instance, in warmer climates, smaller windows may be preferred to minimize heat gain, while in cooler regions, larger windows can help capture sunlight to warm up interiors. This careful consideration of fenestral elements demonstrates how architecture is not just about aesthetics but also about creating comfortable and livable environments. In addition to functional considerations, the fenestral design can also reflect cultural and historical contexts. Different architectural styles have unique approaches to window design, which can reveal much about the values and priorities of a society. For example, Gothic cathedrals are renowned for their elaborate stained glass windows that serve both a decorative and spiritual purpose. In contrast, modernist architecture often embraces minimalism, featuring large, unadorned windows that emphasize simplicity and clarity. Furthermore, the evolution of materials has transformed fenestral design over the years. The introduction of energy-efficient glazing and advanced framing techniques has allowed architects to create larger and more complex window systems without compromising performance. This innovation has expanded the possibilities for fenestral design, enabling the creation of breathtaking facades that enhance a building's character. In conclusion, the concept of fenestral design encompasses a wide range of considerations, from aesthetics to functionality and sustainability. As we continue to explore new architectural possibilities, the role of windows and openings will remain central to our built environment. Whether through the integration of natural light, the promotion of energy efficiency, or the reflection of cultural identity, fenestral elements will always be a vital aspect of architectural expression and innovation.

在建筑领域，术语fenestral用于描述与建筑物中的窗户或开口相关的任何事物。窗户在建筑设计和功能中起着至关重要的作用，因为它们提供自然光、通风以及与外界的联系。建筑的fenestral设计可以显著影响其美学吸引力和能效。例如，大窗户可以增强室内与室外空间之间的视觉联系，营造出开放和宁静的感觉。然而，建筑师在规划建筑的fenestral方面时，还必须考虑气候、朝向和隐私等因素。 一个创新的fenestral设计的显著例子是天窗的使用。这些建筑特征允许阳光涌入室内空间，从而减少白天对人工照明的需求。在现代可持续建筑中，窗户和天窗的战略性布置对于最大限度地提高能效至关重要。通过利用自然光，建筑可以减少对电力的依赖，为更可持续的未来做出贡献。 此外，fenestral窗户的排列还会影响建筑的供暖和制冷动态。例如，在温暖的气候中，可能更倾向于选择较小的窗户，以减少热量的获取，而在较冷的地区，则可以选择较大的窗户来捕捉阳光，以加热室内。这种对fenestral元素的仔细考虑表明，建筑不仅仅关乎美学，还关乎创造舒适和宜居的环境。 除了功能性考虑，fenestral设计还可以反映文化和历史背景。不同的建筑风格对窗户设计有独特的处理方式，这可以揭示一个社会的价值观和优先事项。例如，哥特式大教堂以其华丽的彩色玻璃窗而闻名，这些窗户既具有装饰性又具有精神意义。相比之下，现代主义建筑通常采用极简主义，设有大型、无装饰的窗户，强调简单和清晰。 此外，材料的演变也改变了多年来的fenestral设计。节能玻璃和先进框架技术的引入使建筑师能够在不妥协性能的情况下创建更大和更复杂的窗户系统。这一创新扩展了fenestral设计的可能性，使得创造令人叹为观止的立面成为可能，增强了建筑的个性。 总之，fenestral设计的概念涵盖了从美学到功能性和可持续性的广泛考虑。随着我们继续探索新的建筑可能性，窗户和开口的角色将始终是我们建成环境的核心。无论是通过自然光的整合、能效的促进，还是文化认同的反映，fenestral元素将始终是建筑表现和创新的重要方面。