Metallurgic Meaning: Definition, Examples, and Translations
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metallurgic
[məˈtæl.ər.dʒɪk ]
Definition
related field
Metallurgic refers to anything that pertains to metallurgy, which is the science and technology of metals. This includes the study of their physical and chemical properties, extraction, and processing techniques.
Synonyms
Examples of usage
- The metallurgic industry plays a crucial role in modern manufacturing.
- He pursued a metallurgic degree to specialize in metal treatment.
- The metallurgic properties of the alloy were examined in the lab.
Translations
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Interesting Facts
History
- The practice of metallurgy dates back to around 6000 BCE, when early humans learned to use metals like copper and gold.
- Iron metallurgy was a major advancement, leading to the Iron Age around 1200 BCE, allowing for stronger tools and weapons.
Science
- Metallurgy includes both the physical and chemical behavior of metallic elements, including their extraction and processing.
- Alloys, like bronze (copper and tin) and steel (iron and carbon), are foundational to modern engineering and manufacturing.
Pop Culture
- In fantasy stories, characters often use enchanted metals for weapons, highlighting the idea of magical metallurgy.
- Video games frequently feature 'blacksmith' characters, who exemplify the art of metallurgy and its importance in crafting powerful items.
Technology
- Modern metallurgical advancements have led to the creation of superalloys used in jet engines, enhancing performance and durability.
- 3D printing technologies now use metallurgic processes to create intricate metal parts, revolutionizing manufacturing.
Origin of 'metallurgic'
Main points about word origin
- The term comes from the Greek word 'metallourgos', meaning 'metal worker'.
- It combines 'metal' and '-urgy', which relates to work or craft, showing the physical aspect of working with metals.
The term 'metallurgic' originates from the Greek word 'metallourgos', which translates to 'worker in metal'. This word is derived from 'metallon', meaning 'metal', and 'ergon', meaning 'work'. The knowledge of metallurgy dates back to ancient civilizations, where early humans began to experiment with various metals for tools and ornaments. As societies evolved, the study and manipulation of metals became increasingly sophisticated, leading to advancements in metal extraction and processing techniques. The Industrial Revolution marked a significant period in the development of metallurgic practices, incorporating new technologies and methods that transformed the field. Today, metallurgic science encompasses various disciplines, including materials science and engineering, and continues to evolve with the integration of modern technology.