foundries

简明释义

英[/ˈfaʊndriz/]美[/ˈfaʊndriz/]

n. [机]铸造厂；铸造车间（foundry 的复数）

英英释义

单词用法

同义词

反义词

例句

1.Might the foundries of the information age one day be under a similar threat?

信息时代的代工厂有一天也会处于相似的威胁下吗？

2.Might the foundries of the information age one day be under a similar threat?

信息时代的代工厂有一天也会处于相似的威胁下吗？

3.The platform can be targeted to any number of foundries.

该平台可针对任何数量的代工厂商。

4.Nonferrous Metal Foundries Industry in the U. s.

美国有色金属铸造业。

5.Ferrous Metal Foundries Industry in the U. s.

美国黑色金属铸造业。

6.Foundries Industry Group in the U. s.

美国铸造工业集团。

7.The city is home to several metalworking foundries.

这个城市有几家金属加工铸造厂。

8.Many foundries are investing in new technology to improve efficiency.

许多铸造厂正在投资新技术以提高效率。

9.The foundries produce a variety of cast iron products.

这些铸造厂生产各种铸铁产品。

10.Local foundries are crucial for the automotive industry.

当地的铸造厂对汽车工业至关重要。

11.Environmental regulations have impacted the operations of many foundries.

环境法规对许多铸造厂的运营产生了影响。

作文

The industrial revolution marked a significant turning point in human history, and at the heart of this transformation were the foundries. These facilities played a crucial role in metal casting, allowing for the mass production of various metal products that were essential for machinery, tools, and even architecture. The term foundries refers to factories where metal is melted and cast into specific shapes. This process involves pouring molten metal into molds, which solidifies to create the desired object. The operation of foundries requires specialized skills and knowledge of metallurgy, as different metals have unique properties and melting points. In the early days of industrialization, foundries were often small-scale operations run by skilled artisans. However, as demand increased, these facilities evolved into larger enterprises capable of producing vast quantities of metal goods. The expansion of foundries was fueled by advancements in technology, such as the introduction of steam power and later electricity, which allowed for more efficient melting and casting processes. Today, foundries are essential components of various industries, including automotive, aerospace, and construction. They produce critical components such as engine blocks, gears, and structural beams. The ability to customize metal products through casting techniques has made foundries indispensable in modern manufacturing. Moreover, with the rise of sustainable practices, many foundries are now focusing on recycling scrap metal and reducing waste, contributing to a greener economy. The significance of foundries extends beyond their economic impact; they also represent a rich tradition of craftsmanship and innovation. Many foundries have been passed down through generations, preserving unique techniques and recipes for creating high-quality metal products. This heritage is particularly evident in regions known for their foundries, where local communities take pride in their manufacturing history. Despite the challenges posed by globalization and competition from overseas manufacturers, foundries continue to adapt by investing in new technologies and training a skilled workforce. Automation and computer-aided design (CAD) have revolutionized the way foundries operate, allowing for greater precision and efficiency in the casting process. Additionally, many foundries are embracing digital transformation, utilizing data analytics to optimize production and reduce costs. In conclusion, foundries are vital to the manufacturing sector, serving as the backbone of metal production and innovation. Their evolution from small artisan shops to large-scale industrial operations reflects the changing landscape of technology and consumer demand. As we move forward, the importance of foundries will only continue to grow, especially as industries seek sustainable solutions and customized products. Understanding the role of foundries in our economy and society is essential for appreciating the intricate web of manufacturing that supports our modern way of life.

工业革命标志着人类历史上的一个重要转折点，而这一转变的核心就是铸造厂。这些设施在金属铸造中发挥了至关重要的作用，使得各种金属产品的大规模生产成为可能，这些产品对机械、工具乃至建筑都至关重要。术语铸造厂是指将金属熔化并铸造成特定形状的工厂。这个过程涉及将熔融金属倒入模具中，待其固化以创建所需物体。铸造厂的操作需要专业技能和冶金知识，因为不同的金属具有独特的属性和熔点。 在工业化的早期阶段，铸造厂通常是由熟练工匠经营的小规模企业。然而，随着需求的增加，这些设施演变为能够生产大量金属产品的大型企业。铸造厂的扩张受到技术进步的推动，例如蒸汽动力和后来的电力的引入，这使得熔化和铸造过程更加高效。 如今，铸造厂是汽车、航空航天和建筑等各个行业的重要组成部分。它们生产关键组件，如发动机缸体、齿轮和结构梁。通过铸造技术定制金属产品的能力使得铸造厂在现代制造中不可或缺。此外，随着可持续实践的兴起，许多铸造厂现在专注于回收废金属和减少浪费，为更绿色的经济做出贡献。 铸造厂的重要性不仅在于其经济影响；它们还代表着丰富的工艺和创新传统。许多铸造厂代代相传，保留了独特的技术和制造高质量金属产品的配方。这种遗产在以铸造厂闻名的地区尤为明显，当地社区为其制造历史感到自豪。 尽管全球化和来自海外制造商的竞争带来了挑战，铸造厂仍在通过投资新技术和培训熟练劳动力来适应。自动化和计算机辅助设计（CAD）彻底改变了铸造厂的运作方式，使铸造过程中的精确度和效率大大提高。此外，许多铸造厂正在拥抱数字化转型，利用数据分析来优化生产和降低成本。 总之，铸造厂对制造业至关重要，是金属生产和创新的支柱。它们从小型手工业作坊演变为大型工业企业，反映了技术和消费者需求变化的格局。随着我们向前发展，铸造厂的重要性只会继续增长，尤其是在各行业寻求可持续解决方案和定制产品的背景下。理解铸造厂在我们的经济和社会中的角色对于欣赏支持我们现代生活方式的复杂制造网络至关重要。