Technological Traditions of Blacksmithing in Ancient Rus’
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Abstract
An archaeometallographic analysis of the iron tools from Ancient Russian sites enabled the authors to conclude that the manufacturing of high-quality items from black metal in Ancient Rus’ was based on the technological welding of the iron base and steel blade. The analysis allowed for changes in the production technology to be traced over time. Thus, it was typical for 10th–11th-century blacksmiths primarily to use three-fold technology, while welding-on was more typical during the 12th–15th centuries. Such technologies reflect different production traditions. One of these technologies, the Scandinavian (three-fold welding technology), brought the most remarkable results in the evolving urban craft. Its implementation was explosive, indeed, but had no essential impact on the further development of Russian iron processing. The other technology – the Slavic – was distinguished by the application of welding-on technology and spread gradually, but turned out to be more sustainable and kept its importance until the beginning of the industrial production of ironware. The interaction of these two traditions determined the character of the Ancient Russian model of blacksmithing.
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-
Arrhenius, B. 1989. Arbeitsmesser aus den Gräbern von Birka. Birka II (3). Systematische Analysen der Gräberfunde. Stockholm. 65–81.
-
Blakelock, E.S. 2016. Metallographic examination of early medieval knives from the U.K. Historical Metallurgy 50 (2). 85–94.
-
Blakelock, E.S. & G. McDonnell 2011. Early medieval knife manufacture in Britain: a comparison between rural and urban settlements (AD 400–1000). Hošek et al. 2011. 123–136.
-
Gopak, V.D. 1976. Tekhnika kuznechnogo remesla u vostochnyh slavyan vo vtoroj polovine I tysyacheletiya n.e. Sovetskaya arheologiya 2. 46–56.
-
Hošek J., H. Cleer, L. Mihok (eds.) 2011. The Archaeometallurgy of Iron. Recent Developments in Archaeological and Scientific Research. Prague (Institute of Archaeology ASCR).
-
Kirpichnikov A.N. (ed.) 2008. Ladoga i Ladozhskaya zemlya v epohu srednevekov’ya 2. Sankt-Peterburg (Nestor-Istoriya).
-
Kolchin, B.A. 1953. Chernaya metallurgiya i metalloobrabotka v Drevney Rusi. Moscow (AN SSSR).
-
Modin, S. & R. Pleiner 1978. The metallographic examinations of lock, keys and tools Excavations at Helgö V (1). Stockholm. 81–109.
-
Moskalenko A.N. 1965. Gorodishche Titchiha. Voronezh.
-
Nosov E.N. & L.S. Rozanova 1989. Tekhnologiya obrabotki zheleza na poseleniyakh v IX–X vv. Priilmenya. Kratkie soobshcheniya Instituta arkheologii 189. 102–107.
-
Pan’kov, S.V. 2012. Zalizovydobuvne i koval’s’ke vyrobnytstvo davn’orus’koho Kyyeva ta yoho okolyts. Kiev (IA NANU).
-
Peets J. 2003. The power of iron. Tallinn (Ajaloo instituut).
-
Piaskowski, J. 1974. Untersuchungen der Früh-Mittelalterlichen Eisen- und Stahltechnologie der Slawen in der Gebieten zwischen Weichsel und der Oder. Archeologia Polona XV. 67–96.
-
Pleiner, R. 1967. Die Technologie des Schmiedes in der Grossmarischen Kultur. Slovenska archeologia XV (1). 77–188.
-
Pleiner, R. 1983. Zur Technik der Messerklingen aus Haithabu. Berichte über die Ausgrabungen in Haithabu 18. 63–92.
-
Pleiner, R. 2006. Iron in Archaeology. Early European Blacksmiths. Praha (Archeologický Ústav AVČR).
-
Rozanova, L.S. 1994. K voprosu o tekhnologicheskih priyomah izgotovleniya zheleznyh izdeliy iz Staroy Ladogi v doknyazheskiy period. Yanin & Gaydukov 1994. 175–179.
-
Rozanova, L.S. & M.V. Sedova 1987. The Art of Metal Working in the Ancient City of Suzdal. Scott & Cleere 1984. 101–104.
-
Rozanova L.S., N.N. Terekhova, E.A. Ryabinin, O.A. Shcheglova 2008. Metallograficheskoe issledovanie zheleznyh izdelij Lyubshanskogo gorodishcha. Kirpichnikov 2008. 13–48.
-
Scott, B.G. & H. Cleere (eds.) 1987. The crafts of the blacksmith: Essays presented to R.F. Tylecote. Belfast (Ulster Museum/UISPP Comité pour la Sidérurgie Ancienne).
-
Terekhova, N.N., L.S. Rozanova, V.I. Zavyalov & M.M. Tolmacheva 1997. Ocherki po istorii drevnej zhelezoobrabotki v Vostochnoj Evrope. Moscow (Metallurgiya).
-
Terekhova, N.N. & V.I. Zavyalov 2020. The Development of Ferrous Metallurgy in Ryzan Principality (Ancient Rus’). Metalla 2019 25.1. 3–12.
-
Tomtlund J.-E. 1973. Metallographic investigation of 13 knives from Helgö. Early Medieval Studies 5. 42–63.
-
Tylecote, R.F. & B.J.J. Gilmour 1986. The metallography of early ferrous edge tools and edged weapons. Oxford (BAR Publishing).
-
Voznesenskaya G.A. 1965. Obrabotka chyornogo metalla na gorodishche Titchiha. Moskalenko 1965. 251–262.
-
Voznesenskaya, G.A. 1979. Tekhnika kuznechnogo proizvodstva v vostochnykh slavyan v 7–10 vv. Sovetskaya arkheologiya 2. 70–77.
-
Voznesenska G.O., D.P. Nedopako, S.V. Pan’kov 1996. Chorna metalurgiya ta metaloobrobka naselennya skhidnoєvropejs’kogo lisostepu za dobi rannih slov’yan i Kiïvs’koï Rusi. Kiev (Institut arheologii NANU).
-
Wärmländer, S.K.T.S., D. Zori, J. Byock, D.A. Scott 2010. Metallurgical findings from a Viking Age chieftain’s farm in Iceland. Journal of Archaeological Science 37. 2284–2290.
-
Yanin, V.L. & P.G. Gaydukov (eds.) 1994. Novgorodskie chteniya. Novgorod (Novgorodskiy muzei).
-
Zavyalov, V.I. 2011. Archaeological metallography in Russia: historical notes. Hošek et al. 2011. 199–210.
-
Zavyalov, V.I., L.S. Rozanova & N.N. Terekhova 2009. Istoriya kuznechnogo remesla finno-ugorskih narodov Povolzh’ya i Predural’ya. K probleme etnokul’turnyh vzaimodejstvij. Moscow (Znak).
-
Zavyalov V.I., L.S. Rozanova, N.N. Terekhova 2011. Archaeometallography in solving historical and culture problems. Hošek et al. 2011. 211–222.
-
Zavyalov, V.I., L.S. Rozanova & N.N. Terekhova 2012. Tradicii i innovacii v proizvodstvennou kulture Severnoy Rusi. Moscow (Ankil).
-
Zavyalov, V.I. & N.N. Terekhova 2012. Skandinavskie tradicii v kuznechnom remesle Severnoj Rusi (k voprosu o tryohslojnoj tekhnologii). Stratum plus 5. 309–317.
-
Zavyalov, V.I. & N.N. Terekhova 2013. Blacksmith’s craft of the Ryazan principality. Moscow (Institute of Archaeology Russian Academy of Sciences).
-
Zavyalov, V.I. & N.N. Terekhova 2014. Boris Aleksandrovich Kolchin as a founder of new investigation line in archaeology (On the occasion of the centenary of birth). Conference presentation. The 4th Balkan Symposium on Archaeometry. Nesebar. 04–08.
-
Zavyalov, V.I. & N.N. Terekhova 2015. Three-fold welding technology in the blacksmith’s craft of Medieval Rus’ (concerning Scandinavian innovations). Archaeometallurgy in Europe III. 247–252.
-
Zavyalov, V.I. & N.N. Terekhova 2016. The blacksmith’s craft of the Novgorod Lands in the period of the State formation 9th–11th centuries (according to archaeometallography) Conference presentation. Iron and society before 1350. Stockholm. 27–28.
| All Time | Past 365 days | Past 30 Days | |
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Technological Traditions of Blacksmithing in Ancient Rus’
In: Acta ArchaeologicaSearch for other papers by Vladimir I. Zavyalov in
Current site
Google Scholar
PubMed
Search for other papers by Natalia N. Terekhova in
Current site
Google Scholar
PubMed
Abstract
An archaeometallographic analysis of the iron tools from Ancient Russian sites enabled the authors to conclude that the manufacturing of high-quality items from black metal in Ancient Rus’ was based on the technological welding of the iron base and steel blade. The analysis allowed for changes in the production technology to be traced over time. Thus, it was typical for 10th–11th-century blacksmiths primarily to use three-fold technology, while welding-on was more typical during the 12th–15th centuries. Such technologies reflect different production traditions. One of these technologies, the Scandinavian (three-fold welding technology), brought the most remarkable results in the evolving urban craft. Its implementation was explosive, indeed, but had no essential impact on the further development of Russian iron processing. The other technology – the Slavic – was distinguished by the application of welding-on technology and spread gradually, but turned out to be more sustainable and kept its importance until the beginning of the industrial production of ironware. The interaction of these two traditions determined the character of the Ancient Russian model of blacksmithing.
| All Time | Past 365 days | Past 30 Days | |
|---|---|---|---|
| Abstract Views | 667 | 207 | 45 |
| Full Text Views | 33 | 2 | 0 |
| PDF Views & Downloads | 57 | 10 | 0 |