Getting Hammered: The Use of Experimental Archaeology to Interpret Wear on Late Bronze Age Hammers and Modern replicas

Metalsmithing tools such as hammers are rarely recognised for their significance in understanding prehistoric metalworking technology. Their development and specialisation signal new metalworking techniques and a wider array of the types of metal objects being made. Our knowledge of ancient metalwor...

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Main Author: E. Giovanna Fregni
Format: Article
Language:English
Published: EXARC 2016-06-01
Series:EXARC Journal
Subjects:
Online Access:https://exarc.net/ark:/88735/10244
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author E. Giovanna Fregni
author_facet E. Giovanna Fregni
author_sort E. Giovanna Fregni
collection DOAJ
description Metalsmithing tools such as hammers are rarely recognised for their significance in understanding prehistoric metalworking technology. Their development and specialisation signal new metalworking techniques and a wider array of the types of metal objects being made. Our knowledge of ancient metalworking is further enhanced by examining the wear on these tools. The various scratches and dents all provide insight as to how the tool was used by smiths and in some cases can aid in the interpretation of metalworking activities relating to specific tasks (Fregni 2014).
format Article
id doaj-art-60ac3b538cdd44c1b71a29a27c1df2b0
institution Kabale University
issn 2212-8956
language English
publishDate 2016-06-01
publisher EXARC
record_format Article
series EXARC Journal
spelling doaj-art-60ac3b538cdd44c1b71a29a27c1df2b02025-08-20T03:44:38ZengEXARCEXARC Journal2212-89562016-06-012016/2ark:/88735/10244Getting Hammered: The Use of Experimental Archaeology to Interpret Wear on Late Bronze Age Hammers and Modern replicasE. Giovanna FregniMetalsmithing tools such as hammers are rarely recognised for their significance in understanding prehistoric metalworking technology. Their development and specialisation signal new metalworking techniques and a wider array of the types of metal objects being made. Our knowledge of ancient metalworking is further enhanced by examining the wear on these tools. The various scratches and dents all provide insight as to how the tool was used by smiths and in some cases can aid in the interpretation of metalworking activities relating to specific tasks (Fregni 2014).https://exarc.net/ark:/88735/10244experimental archaeologybronzetoolsmetal workingbronze ageunited kingdom
spellingShingle E. Giovanna Fregni
Getting Hammered: The Use of Experimental Archaeology to Interpret Wear on Late Bronze Age Hammers and Modern replicas
EXARC Journal
experimental archaeology
bronze
tools
metal working
bronze age
united kingdom
title Getting Hammered: The Use of Experimental Archaeology to Interpret Wear on Late Bronze Age Hammers and Modern replicas
title_full Getting Hammered: The Use of Experimental Archaeology to Interpret Wear on Late Bronze Age Hammers and Modern replicas
title_fullStr Getting Hammered: The Use of Experimental Archaeology to Interpret Wear on Late Bronze Age Hammers and Modern replicas
title_full_unstemmed Getting Hammered: The Use of Experimental Archaeology to Interpret Wear on Late Bronze Age Hammers and Modern replicas
title_short Getting Hammered: The Use of Experimental Archaeology to Interpret Wear on Late Bronze Age Hammers and Modern replicas
title_sort getting hammered the use of experimental archaeology to interpret wear on late bronze age hammers and modern replicas
topic experimental archaeology
bronze
tools
metal working
bronze age
united kingdom
url https://exarc.net/ark:/88735/10244
work_keys_str_mv AT egiovannafregni gettinghammeredtheuseofexperimentalarchaeologytointerpretwearonlatebronzeagehammersandmodernreplicas