Metal production and trade in Early Bronze Age centres in Anatolia
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
Anatolia is one of the oldest metallurgical regions in the world. Metals and their ores were as if bestowed upon Anatolia in the development of "ProMetal Technology" and played an important role in the development of its technological civilization. The production of bronze, an alloy of copper and tin, in Anatolia and the widespread use of this material is an important stage in metallurgy. In metallurgical bronze technology; arsenic bronze, tin bronze, and zinc alloy technologies have developed gradually. The deliberate production of bronze was only possible in the Early Bronze Age. In this thesis, we will evaluate the metal finds from Anatolian centers in the 3 millennium BC. By dividing the Anatolian geography into sections, we will try to evaluate the production, trade, and use of metal between the regions. Because, as it is known, the Early Bronze Age is accepted as the period when local lords, royal families, or noble families emerged in Anatolia. This situation is mostly attributed to the social wealth and individual wealth parallel to metal production. It will be tried to understand whether there are significant differences in settlements between regions parallel to the production of metal.
Author
Kenan Öncel
How to Cite
Kenan Öncel (Master Thesis). Metal production and trade in Early Bronze Age centres in Anatolia, 2023, Munzur University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Munzur University
- Teacher education and qualifications of teachers in Atatürk Period(2023)
- Social position of women in the koçer/nomad Duderan tribe: The case of Siirt province(2023)
- Contact problem analysis in functionally graded layers with machine learning method(2023)
- Sustainable architecture in disaster area reconstruction projects(2025)
- Production of composites by reinforcing basalt fibers to polymers obtained from battery recycling-investigation of mechanical, thermal and morphological properties of composites(2023)
- Investigation of the effects of Al and Ti on degradation, ion release, and bioactivity in CoCrFeNi high-entropy alloys(2024)
