masonry

简明释义

英[ˈmeɪsənri]美[ˈmeɪsənri]

n. 石工；石工行业；石造建筑

复 数 m a s o n r i e s

英英释义

单词用法

同义词

反义词

例句

1.Therefore, it's best to control masonry structure have bend failure but not shear failure.

因而要尽量控制砌体的破坏形态为弯曲破坏而非剪切破坏。

2.Modern university masonry-concrete structure is the important component of university's unique history culture style.

近现代高校砖混结构建筑是高校独特的历史文化风貌的重要组成部分。

3.Masonry: Craft of building in stone, brick, or block.

砖石工艺：使用石头、砖或块料的建筑工艺。

4.Form of lounge Bridges, wind and rain bridge, stone bridge, masonry bridge, wooden bridge, etc.

形式有廊桥(风雨桥)、石拱桥、石板桥、木板桥等。

5.Strong, sturdy, solid masonry, tilt slab concrete construction, built to stand the test of time.

房屋坚固，设施健全，实心砌体，厚混凝土结构，经得住时间的考验。

6.Temperature crack control of the top wall in masonry-concrete building with cast-in-place concrete roof;

现浇砼屋面的砖混房屋中 ，由于砼与砖砌体的线膨胀系数相差一倍 ，顶层墙体容易产生温度裂缝 。

7.Modern university masonry-concrete structure is the important component of university's unique history culture style.

近现代高校砖混结构建筑是高校独特的历史文化风貌的重要组成部分。

8.May restore, clean or paint existing masonry structures.

可以恢复，清洁或刷油漆为现有的砖石结构。

9.Masonry is a trade that goes back centuries.

砌体是一种交易，可以追溯到几百年。

10.The ancient castle was built using traditional masonry techniques.

这座古老的城堡使用传统的砌体技术建造。

11.The architect praised the quality of the masonry work on the new building.

建筑师赞扬了新建筑上砌体工作的质量。

12.He decided to take a course in masonry to improve his skills.

他决定参加一个砌体课程，以提高自己的技能。

13.Proper maintenance is essential for preserving the integrity of masonry structures.

适当的维护对于保护砌体结构的完整性至关重要。

14.They used stone and brick for the masonry of the garden wall.

他们使用石头和砖块建造花园墙的砌体。

作文

Masonry has been a fundamental aspect of construction for centuries, representing not just a method of building but also an art form that reflects cultural heritage and craftsmanship. The term masonry (砌体工程) refers to the construction of structures from individual units, which are often laid in and bound together by mortar. This technique has been utilized in various forms throughout history, from ancient civilizations to modern architecture, showcasing its versatility and enduring significance. Historically, masonry (砌体工程) has played a crucial role in the development of cities and infrastructure. Ancient Egyptians used it to construct monumental structures like the pyramids, while the Romans perfected the art with their impressive aqueducts and amphitheaters. These early examples highlight how masonry (砌体工程) not only provided structural integrity but also served as a means of artistic expression. The intricate designs and patterns found in stonework and bricklaying can tell stories of the cultures that created them. In contemporary times, masonry (砌体工程) remains relevant, adapting to new materials and technologies. Modern masonry (砌体工程) often incorporates concrete blocks, bricks, and natural stones, allowing for a wide range of architectural styles. The durability and strength of masonry (砌体工程) make it an ideal choice for both residential and commercial buildings. Additionally, it offers excellent thermal mass, helping to regulate indoor temperatures and improve energy efficiency. One of the significant advantages of masonry (砌体工程) is its fire resistance. Structures built with masonry (砌体工程) materials are less likely to succumb to fire, providing safety for occupants and reducing property damage. This characteristic is especially important in urban areas where buildings are in close proximity to one another. Furthermore, masonry (砌体工程) provides sound insulation, contributing to a quieter living environment. Despite its many benefits, masonry (砌体工程) does have some drawbacks. The initial cost of masonry (砌体工程) construction can be higher than other methods, such as wood framing. Additionally, masonry (砌体工程) requires skilled labor for proper installation, which can sometimes lead to project delays if qualified workers are not available. However, the long-term durability and low maintenance requirements often offset these initial challenges. In conclusion, masonry (砌体工程) is a timeless construction method that combines functionality, beauty, and resilience. Its historical significance and adaptability to modern needs make it a valuable technique in the field of architecture. As we continue to build our cities and homes, understanding the principles of masonry (砌体工程) allows us to appreciate not only the structures we inhabit but also the rich history and craftsmanship that underlie them. Whether in the form of a grand cathedral or a simple garden wall, masonry (砌体工程) will undoubtedly remain a cornerstone of construction for generations to come.

砌体工程在建筑中已经成为一个基本的方面，代表的不仅是一种建造方法，还反映了文化遗产和工艺的艺术形式。术语masonry（砌体工程）指的是由单独的单位构成的结构，这些单位通常用砂浆铺设并结合在一起。这种技术在历史上以各种形式被利用，从古代文明到现代建筑，展示了其多功能性和持久的重要性。历史上，masonry（砌体工程）在城市和基础设施的发展中发挥了至关重要的作用。古埃及人用它来建造金字塔等宏伟结构，而罗马人则通过他们令人印象深刻的输水道和圆形剧场完善了这一艺术。这些早期的例子突显了masonry（砌体工程）不仅提供了结构完整性，还作为艺术表现的手段。石工和砖砌中的复杂设计和图案可以讲述创造它们的文化的故事。在当代，masonry（砌体工程）仍然相关，适应新的材料和技术。现代masonry（砌体工程）通常结合混凝土块、砖和天然石材，允许各种建筑风格的呈现。masonry（砌体工程）的耐久性和强度使其成为住宅和商业建筑的理想选择。此外，它还提供了优良的热质量，有助于调节室内温度，提高能源效率。masonry（砌体工程）的一个显著优点是其防火性。用masonry（砌体工程）材料建造的结构不太可能遭受火灾，提供了居住者的安全并减少财产损失。这一特性在建筑相互靠近的城市地区尤为重要。此外，masonry（砌体工程）提供了良好的隔音效果，有助于营造更安静的居住环境。尽管有许多好处，masonry（砌体工程）确实存在一些缺点。masonry（砌体工程）施工的初始成本可能高于其他方法，如木框架。此外，masonry（砌体工程）需要熟练的劳动力以确保正确安装，如果没有合格的工人，可能会导致项目延误。然而，长期的耐久性和低维护要求通常抵消了这些初始挑战。总之，masonry（砌体工程）是一种结合了功能性、美观性和韧性的永恒建造方法。它的历史意义和对现代需求的适应性使其在建筑领域成为一种宝贵的技术。当我们继续建造我们的城市和家园时，理解masonry（砌体工程）的原则使我们能够欣赏我们所居住的结构，以及支撑它们的丰富历史和工艺。无论是宏伟的大教堂还是简单的花园墙，masonry（砌体工程）无疑将继续成为未来几代人的建筑基石。