Metallurgy Foundries Index
Hub
Metallurgy and foundry practice — the smelting, casting, forging, and quality control of metals — is one of the longest-running technological traditions in human history, and the indispensable industrial foundation of weapons production in every era after the Stone Age. The subdomain covers metallurgy as a research domain across every era and civilisation: the Chalcolithic and Bronze Age origins (Anatolian copper smelting, the development of tin bronze, the eastern Mediterranean and Levantine workshops); the Iron Age transition (Hittite, Hallstatt, La Tène iron metallurgy, the deep-iron-smelting traditions of central and southern Africa); the Greek and Roman metallurgical traditions (silver and lead from Laurion and Rio Tinto, Roman pattern-welded steel, Roman large-scale lead and bronze casting); the Islamic Golden Age metallurgical literature (al-Biruni, Damascus steel-pattern crucible steel from the Indian wootz tradition); the long Chinese cast-iron and steel tradition (Han-era blast furnaces, Tang and Song iron output, the Ming foundries that supplied Zheng He’s fleets); the Indian wootz steel exported across the Islamic world; the Japanese tatara iron-smelting and tamahagane sword-steel tradition; the medieval European bloomery and Catalan forge; the early-modern Swedish and Russian iron exports that supplied much of European arms; the gunpowder-era cannon-founding traditions (Saxon, Liégeois, Walloon, Wealden, Spanish, Ottoman, Mughal); the British Industrial Revolution that produced coke-smelted iron at unprecedented scale (Darby, Wilkinson, the South Wales and Black Country furnaces); the Bessemer-Siemens-Martin steel revolution; the alloy steels, electric-furnace steels, and titanium alloys of the twentieth century; and the modern additive-manufacturing, single-crystal, and nano-structured metallurgical innovations. Notes treat smelting techniques, casting practice, forging, heat treatment, proof and inspection, the institutional and economic arrangements of arms-grade metal production, and the recurring trade-offs between bronze and iron, smoothbore and rifled, mild and high-strength steel. The eighteenth-century British cannon-founding industry (Carron, Walker, Woolwich, the Wealden and South Wales furnaces) the current vault focus visits is one chapter of this much longer industrial story. Adjacent to MOC_Weapons_Technology, MOC_Economics_Commerce (Resources, Industry), MOC_Science_Knowledge, and MOC_Ships_Maritime (Shipbuilding Materials).
Primary Notes
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Roadmap
(planned notes as red-links — add as research identifies gaps)
Methodology
- Archaeometallurgy — Slag Analysis, Crucible Studies, and Phase Diagrams
- Reading Foundry Records, Cargo Manifests, and Proof Books
Ancient
- Origins of Copper Smelting — Anatolia, the Balkans, and the Iranian Plateau
- The Bronze Age — Tin Sources and the Eastern Mediterranean Workshops
- Iron Age Transition — Hittite, Hallstatt, and African Bloomery Traditions
- Roman Lead, Silver, and Bronze — Laurion, Rio Tinto, and Imperial Industry
- Wootz Steel — South Indian Crucible Tradition and Its Damascus Reception
Medieval
- Han and Tang Chinese Blast Furnaces and Cast Iron
- Islamic Golden Age Metallurgy and the Treatise Tradition
- Japanese Tatara Smelting and Tamahagane Sword Steel
- Catalan Forge and European Bloomery — Iberian and Pyrenean Tradition
- Mongol Period Metallurgical Exchange
Early Modern
- Liégeois, Walloon, and Wealden Gunfounding 1500–1700
- Saxon and Bohemian Mining-Metallurgical Centres
- Spanish-American Silver and the Potosí Smelting Industry
- Ottoman Imperial Cannon Foundries — Tophane
- Mughal Gunfounding and the Indian Cannon Tradition
- Swedish Iron Industry 1600–1800 — Walloon Bar Iron and the Östergötland Forges
Age of Sail (current vault focus)
- Carron Company — Carronade Founder and Supplier
- Walker Brothers Rotherham — Iron Cannon Founding
- Woolwich Arsenal — Proof and Inspection Systems
- Bronze vs Iron Cannon — Material Trade-offs
- Welsh Iron Industry and Naval Supply 1750–1815
- Darby and Coke-Smelted Iron — Industrial Revolution Foundations
- Wilkinson’s Boring Machine and Cylinder Accuracy
Industrial Revolution and Long Nineteenth Century
- Bessemer Process and Mass Steel Production
- Siemens-Martin Open-Hearth Steel
- Krupp Steel and the German Heavy-Industry Complex
- Sheffield and the Crucible-Steel Tradition
Modern
- Alloy Steels in the Twentieth Century — Stainless, Tool, Armour
- Aluminium and Titanium Production and Their Aerospace Impact
- Electric-Arc Furnace and Mini-Mill Steelmaking
- Additive-Manufactured Metals — Defence and Aerospace Applications
- Single-Crystal Superalloys for Turbine Blades
Cross-Cutting
- See also: MOC_Weapons_Technology
- See also: _Home