Mini-symposium S3

S3: Peridynamics

Co-chairs: 

Thomas A  Haynes (University of East Anglia)*; Erkan Oterkus (University of Strathclyde)

Peridynamics is a non-local approach for modelling the response of materials and components to external or internal loads. Unlike classical continuum mechanics, which relies on partial differential equations and local interactions, peridynamics allows for long-range forces, making it particularly effective in capturing discontinuities such as cracks and fractures. This approach has proven to be especially powerful for simulating the initiation, growth, retardation, branching, and coalescence of cracks, offering deeper insight into complex fracture mechanisms.

This symposium invites contributions that explore all aspects of peridynamics, including but not limited to bond-based and state-based formulations. Topics of interest encompass the underlying theoretical frameworks, innovations in numerical methods and code development, and applications across different material types. We particularly encourage abstracts that demonstrate validation of peridynamic models through experimental comparisons or by addressing real-world engineering problems.