burnt metal

简明释义

金属过烧现象;

英英释义

例句

1.The workshop was filled with the smell of burnt metal as we practiced welding.

当我们练习焊接时，车间里弥漫着烧焦的金属的气味。

2.The blacksmith showed us how to recycle burnt metal from old tools into new items.

铁匠向我们展示了如何将旧工具中的烧焦的金属回收利用成新物品。

3.After the fire, the remains of the building were filled with pieces of burnt metal that had once been part of its structure.

火灾过后，建筑的残骸中充满了曾经是其结构一部分的烧焦的金属碎片。

4.In the wreckage, we found a piece of burnt metal that resembled an old car part.

在废墟中，我们发现了一块看起来像旧汽车零件的烧焦的金属。

5.The artist used a technique that involved melting and shaping burnt metal to create stunning sculptures.

这位艺术家使用了一种技术，涉及熔化和塑形烧焦的金属来创作惊艳的雕塑。

作文

The concept of burnt metal is often associated with the industrial processes that involve high temperatures and intense heat. In various manufacturing sectors, metals are subjected to extreme conditions for shaping, welding, or melting. However, when metals are exposed to excessive heat beyond their melting points, they can undergo a transformation that leads to the phenomenon known as burnt metal. This transformation is not just physical; it also has significant implications for the properties and usability of the metal. In metallurgy, the process of heating metal is carefully controlled to achieve desired outcomes. For instance, in forging, blacksmiths heat iron until it glows red, making it malleable enough to shape into tools or decorative items. But if the temperature exceeds the metal's limit, the result can be detrimental. The metal may become brittle, lose its strength, or develop a warped structure. This is where the term burnt metal becomes crucial. It serves as a warning sign indicating that the metal has been compromised due to overheating.The consequences of using burnt metal in construction or manufacturing can be severe. Structures built with compromised materials might fail under stress, leading to catastrophic results. For example, consider the case of a bridge constructed with steel that has been improperly treated. If the steel used in the bridge contains areas of burnt metal, it could lead to cracks and eventual collapse. Thus, understanding the characteristics of burnt metal is essential for engineers and manufacturers alike.Moreover, the aesthetic aspect of burnt metal cannot be overlooked. Artists and designers sometimes intentionally use burnt metal to create unique textures and finishes in their works. The darkened, charred appearance of burnt metal can evoke feelings of ruggedness and authenticity, making it a popular choice in modern art and architecture. While this usage is artistic rather than functional, it highlights the dual nature of burnt metal: it can either signify failure in a technical context or serve as a medium for creative expression.In conclusion, the phrase burnt metal encapsulates a range of meanings, from the dangers of overheating in industrial applications to the intriguing possibilities it offers in artistic endeavors. Understanding burnt metal is vital for professionals in various fields, ensuring that they can navigate the challenges posed by overheating while also appreciating the beauty that can emerge from such transformations. As we continue to explore the boundaries of metalworking and design, the significance of burnt metal will undoubtedly remain a topic of interest and importance.

“烧焦金属”的概念通常与涉及高温和强烈热量的工业过程相关。在各种制造行业中，金属被置于极端条件下进行成型、焊接或熔化。然而，当金属暴露在超出其熔点的过高温度时，它们可能会经历一种转变，导致被称为“烧焦金属”的现象。这种转变不仅是物理上的；它对金属的特性和可用性也有重大影响。在冶金学中，加热金属的过程是经过仔细控制的，以实现期望的结果。例如，在锻造过程中，铁匠将铁加热到发红，使其变得柔韧，可以塑造成工具或装饰品。但如果温度超过金属的极限，结果可能是有害的。金属可能变得脆弱、失去强度或产生扭曲的结构。这就是“烧焦金属”这一术语变得至关重要的地方。它作为一个警示标志，表明金属由于过热而受到损害。在建筑或制造中使用“烧焦金属”的后果可能是严重的。用受损材料建造的结构可能在压力下失败，导致灾难性的结果。例如，考虑一座用不当处理的钢材建造的桥。如果桥中使用的钢材含有“烧焦金属”的区域，它可能会导致裂缝和最终坍塌。因此，理解“烧焦金属”的特性对于工程师和制造商来说至关重要。此外，“烧焦金属”的美学方面也不容忽视。艺术家和设计师有时故意使用烧焦的金属来创造独特的纹理和表面效果。“烧焦金属”的黑暗、焦炭的外观可以唤起粗犷和真实感，因此在现代艺术和建筑中成为流行选择。尽管这种用法是艺术性的而非功能性的，但它突显了“烧焦金属”的双重性质：在技术背景下，它可以标志着失败，或者作为创造性表达的媒介。总之，“烧焦金属”这个短语概括了一系列含义，从工业应用中过热的危险到它在艺术创作中提供的迷人可能性。理解“烧焦金属”对于各个领域的专业人士至关重要，确保他们能够应对过热带来的挑战，同时也欣赏这种转变所能带来的美感。随着我们继续探索金属加工和设计的边界，“烧焦金属”的重要性无疑将继续成为一个值得关注和重视的话题。