monolithic structure

简明释义

单片结构

英英释义

例句

1.The skyscraper's monolithic structure allows it to withstand high winds and seismic activity.

这座摩天大楼的整体结构使其能够抵御强风和地震活动。

2.The ancient temple was a stunning example of a monolithic structure, showcasing the architectural prowess of its time.

这座古老的寺庙是一个令人惊叹的整体结构示例，展示了当时的建筑技艺。

3.Many critics argue that the city's monolithic structure lacks creativity and diversity in architecture.

许多评论家认为，这座城市的整体结构在建筑上缺乏创造力和多样性。

4.The artist's installation featured a monolithic structure made from recycled materials, highlighting sustainability.

艺术家的装置展现了一个由回收材料制成的整体结构，突显了可持续性。

5.In modern software design, avoiding a monolithic structure can lead to more flexible and maintainable applications.

在现代软件设计中，避免使用整体结构可以使应用程序更加灵活和易于维护。

作文

In the realm of architecture and engineering, the term monolithic structure refers to a building or construction that is made from a single, continuous material. This approach can be seen in various forms, ranging from ancient stone temples to modern concrete skyscrapers. The beauty of a monolithic structure lies in its simplicity and strength, as it often provides a seamless aesthetic that is both impressive and functional. One of the most notable advantages of a monolithic structure is its durability. Unlike traditional buildings that may consist of multiple components joined together, a monolithic structure is less susceptible to structural weaknesses caused by joints and seams. For example, many ancient Roman structures, such as the Pantheon, were built using monolithic techniques, allowing them to withstand the test of time. The use of a single material contributes to the overall integrity of the building, making it more resilient against natural disasters like earthquakes and floods.Additionally, constructing a monolithic structure can be more efficient in terms of time and cost. Since the building is created from one solid piece, there is often less labor involved in assembling different parts. This streamlined process can lead to significant savings in both time and resources. In recent years, advancements in technology have further enhanced the feasibility of creating monolithic structures, with techniques such as 3D printing allowing for rapid construction without sacrificing quality.However, while the benefits of a monolithic structure are numerous, there are also challenges that architects and builders must consider. One major concern is the thermal performance of the material used. Depending on the type of material, a monolithic structure may retain heat in the summer and cold in the winter, potentially leading to higher energy costs. To address this issue, architects often incorporate insulation and other energy-efficient features into their designs.Moreover, the design flexibility of a monolithic structure can be limited compared to traditional construction methods. While the uniformity of the material can create stunning visual effects, it may also restrict the variety of shapes and styles that can be achieved. This is particularly important in urban environments where architectural diversity is valued. As a result, architects must strike a balance between the aesthetic appeal of a monolithic structure and the need for creative expression in their designs.In conclusion, the concept of a monolithic structure offers a fascinating insight into the world of construction and architecture. With its inherent strength, durability, and efficiency, it has stood the test of time and continues to evolve with modern technology. However, understanding the limitations and challenges associated with monolithic structures is essential for architects and builders alike. As we move forward, the integration of innovative materials and techniques will likely enhance the capabilities of monolithic structures, allowing for even more impressive and sustainable designs in the future.

在建筑和工程领域，术语单体结构指的是由单一、连续材料构成的建筑或构造。这种方法可以在各种形式中看到，从古代石庙到现代混凝土摩天大楼。单体结构的美在于其简单性和强度，因为它通常提供无缝的美学，既令人印象深刻又实用。单体结构最显著的优点之一是其耐久性。与传统建筑由多个组件连接而成不同，单体结构不易受到接缝和接头造成的结构弱点的影响。例如，许多古罗马建筑，如万神殿，采用了单体技术建造，使其能够经受时间的考验。使用单一材料有助于建筑的整体完整性，使其在自然灾害如地震和洪水面前更具韧性。此外，建造单体结构在时间和成本上可能更高效。由于建筑是由一整块构成，组装不同部分所需的劳动力往往较少。这种简化的过程可以在时间和资源上带来显著节省。近年来，技术的进步进一步增强了创建单体结构的可行性，例如3D打印技术使得快速建造成为可能，而不牺牲质量。然而，尽管单体结构的好处众多，但建筑师和施工人员也必须考虑一些挑战。其中一个主要问题是所用材料的热性能。根据材料的类型，单体结构可能在夏季保留热量，而在冬季则保持寒冷，这可能导致更高的能源成本。为了解决这个问题，建筑师通常会在设计中加入绝缘和其他节能特性。此外，与传统建筑方法相比，单体结构的设计灵活性可能受到限制。虽然材料的均匀性可以创造出惊艳的视觉效果，但它也可能限制所能实现的形状和风格的多样性。这在城市环境中尤为重要，因为建筑多样性被高度重视。因此，建筑师必须在单体结构的美学吸引力和设计中的创造性表达之间找到平衡。总之，单体结构的概念为我们提供了对建筑和工程世界的迷人洞察。凭借其固有的强度、耐久性和效率，它经受了时间的考验，并随着现代技术的发展而不断演变。然而，理解与单体结构相关的局限性和挑战对于建筑师和施工人员来说至关重要。随着我们向前迈进，创新材料和技术的结合可能会增强单体结构的能力，使未来的设计更加令人印象深刻和可持续。