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This international workshop brings together researchers and practitioners working at the intersection of geometry, topology, AI-driven mesh generation, and scientific simulation.
Objectives
This workshop aims to establish an international platform for discussing the foundations of mesh generation theory and its applications in scientific, engineering, and industrial simulation, with a special focus on AI-driven meshing technologies and simulation methodologies. A distinctive theme of this workshop is the recognition and celebration of the fundamental contributions of Georgy Feodosyevich Voronoy (1868–1908) and Boris Nikolayevich Delone (1890–1980), whose work laid the geometric and topological foundations on which modern mesh generation and numerical simulation methods continue to build.
The workshop brings together researchers and industry practitioners to exchange ideas on core algorithmic developments, practical implementation challenges, and emerging trends across structured, unstructured, hybrid, adaptive, and high-order meshing paradigms.
Particular emphasis is placed on both application-driven and AI-driven meshing problems arising in discrete and differential geometry, computational geometry, computational topology, computational fluid dynamics, structural analysis, computational electromagnetics, Multiphysics simulation, biomedical modeling, and industrial CAE workflows. By bridging theoretical innovation with real-world simulation demands, this workshop seeks to identify critical research frontiers, facilitate vibrant technical exchange, and foster enduring international collaboration within the meshing community.
Conference affiliated with
Dalian University of Technology, China
Sponsored by
To be announced.