In this study, firing experiments and ceramic analysis are used in conjunction with excavation evidence to evaluate competing ideas about the buff ware manufacturing process, investigate where the pots were made, and model the developmental history of red-on-buff production.
Archaeological skills include dating methods, faunal analysis, botanical analysis, ceramic analysis, geology, geophysics, soil chemistry, remote sensing, osteology, genetics, statistics, cartography, and geographic information systems.
Archaeological skills include archaeological formation processes, botanical analysis, cartography, ceramic analysis, dating methods, faunal analysis, geographic information systems, geology, geophysics, genetics, osteology, remote sensing, soil chemistry, and statistics.
This study assessed the bonding of ceramic particles by NPDS using numerical analysis and experimental results.
This paper summarizes the previous ICP research, explains the methodology behind the qualitative XRF analysis, presents the results of the whole vessel analysis, and proposes additional applications for the qualitative analysis of ceramic paints using pXRF.
Methodological approaches to archaeological ceramic design analysis often rely upon the subjective identification and comparison of decorative design elements and motifs.
This study sought to determine whether an additional reinforced slot could increase tooth/ceramic retention using finite element (FE) analysis and fracture testing.
This new structural approach provides a novel way of quantifying design diversity with application beyond the field of Lapita archaeology to other forms of archaeological ceramic design analysis.
The influencing factor analysis for ceramic fibers and their unidirectional composites were systematically conducted.
