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    Damascus steel - Wikipedia

    • Damascus steel (Arabic: فولاذ دمشقي) refers to the high carbon crucible steel of the blades of historical swords forged using the wootz process in the Near East, characterized by distinctive patterns of banding and mottling reminiscent of flowing water, sometimes in a "ladder" or "rose" pattern. "Damascus steel" developed a high reputation for being tough, resi… See more

    Naming

    The origin of the name "Damascus Steel" is contentious. Islamic scholars al-Kindi (full name Abu Ya'qub ibn … See more

    History

    Damascus blades were first manufactured in the Near East from ingots of wootz steel that were imported from Southern India (present-day Telangana Tamil Nadu and Kerala). Al Kindi states that crucible steel was also made in … See more

    Reputation

    The reputation and history of Damascus steel has given rise to many legends, such as the ability to cut through a rifle barrel or to cut a hair falling across the blade. Although many types of modern steel outperform … See more

    Material and mechanical properties

    Verhoeven, Peterson, and Baker completed mechanical characterization of a Damascus sword, performing tensile testing as well as hardness testing. They found that the Damascus steel was somewhat comparabl… See more

    Metallurgical process

    Identification of crucible "Damascus" steel based on metallurgical structures is difficult, as crucible steel cannot be reliably distinguished from other types of steel by just one criterion, so the following distinguishi… See more

    Loss of the technique

    Production of these patterned swords gradually declined, ceasing by around 1900, with the last account being from 1903 in Sri Lanka documented by Coomaraswamy. Some gunsmiths during the 18th an… See more

    Modern reproduction

    Recreating Damascus steel has been attempted by archaeologists using experimental archaeology. Many have attempted to discover or reverse-engineer the process by which it was made.
    Since the w… See more

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    Table of Contents
    Naming
    History
    Reputation
    Material and mechanical properties
    Metallurgical process
    Loss of the technique
    Modern reproduction
     
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