The Evolution of the Peridynamics Community in Its First Quarter Century
For researchers in peridynamics, this paper offers a descriptive analysis of community evolution but is incremental, as it applies standard network analysis methods to a specific field.
This study analyzes the evolution of the peridynamics community from 2000 to 2024 using co-authorship network analysis, revealing a deviation in network trends since 2019 and providing insights into the impact of the COVID-19 pandemic on collaboration patterns.
Peridynamics is a fast growing field of continuum mechanics, especially developed for the modeling and simulation of fracture problems, initiated a quarter century ago. In this study, we analyze the evolution of the peridynamics community since its inception in terms of publication co-authorship. For this purpose, we construct a peridynamics co-authorship network for each year from 2000 to 2024 and perform network analysis based on selected metrics. Nodes represent scientists, and links connect co-authoring scientists with link weights representing the number of co-authorships (based on the total number of co-authors per publication). Network-level metrics are used to quantify the evolution of the field, and node-level metrics are used to identify trends in the most collaborative scientists in peridynamics. We noticed a deviation in network trends that occurred in the years since 2019, and we subsequently performed a country-based analysis with insights about the impact of the COVID-19 pandemic on the evolution of the peridynamics co-authorship network.