As participants are confirmed, we will update this page.
Keynote Speakers
Steve WaiChing Sun, Columbia University
PURSUING TRUSTWORTHY MACHINE LEARNING FOR MULTISCALE META-MODELING OF MATERIALS
Andrew Bunger, University of Pittsburgh
TIME DEPENDENCE AND WIDTH CONSTRICTION IN ROCK FRACTURE - EXPERIMENTAL EVIDENCE AND MODELING RESPONSES
Slides
Industrial Keynote Speakers
Agnes Blom-Schieber, Boeing
FRACTURE MECHANICS: CHALLENGES IN COMPOSITE AEROSPACE STRUCTURES
Participants
(alphabetically listed; last updated 3/1/2024)
Lawrence Anovitz, Oak Ridge National Laboratory
THE ROLE OF ANNEALING AND GRAIN BOUNDARY CONTROLS ON THE MECHANICAL PROPERTIES OF LIMESTONES AND MARBLES
Sören Bartels, University of Freiburg
ERROR ESTIMATES FOR NONCONFORMING AND DISCONTINUOUS DISCRETIZATIONS OF NONSMOOTH PROBLEMS VIA CONVEX DUALITY
J.S. Chen, University of California, San Diego
A NEURAL NETWORK-BASED ENRICHMENT OF REPRODUCING KERNEL APPROXIMATION FOR MODELING BRITTLE FRACTURE
Slides
Kaushik Dayal, Carnegie Mellon University
PHASE-FIELD MODELING OF FRACTURE: NUCLEATION, DISSIPATION, LARGE DEFORMATION, AND COMPLEX STRESS STATES
Patrick Diehl, Louisiana State University
ADVANCED NODE-WISE CLASSIFICATION FOR AUTOMATED IDENTIFICATION OF REGIONS IN LOCAL AND NONLOCAL MODELS COUPLING
Slides
John Dolbow, Duke University
RECENT ADVANCES IN PHASE-FIELD MODELS OF FRACTURE INCORPORATING ARBITRARY MATERIAL STRENGTH
Johann Guilleminot, Duke University
STOCHASTIC REPRESENTATIONS OF MODEL-FORM UNCERTAINTIES IN BRITTLE FRACTURE SIMULATIONS
Mike Hillman, Karagozian & Case, Inc.
MODERN REPRODUCING KERNEL PARTICLE METHODS FOR PENETRATION AND FRAGMENTATION SIMULATIONS: THEORY AND APPLICATION
Xuan Hu, University of California, Berkeley
Poster: ON THE BELTZ-RICE NONLOCAL CONTINUUM MODEL AND ENERGY COMPETITION MECHANISM
Aditya Kumar, Georgia Institute of Technology
NEW INSIGHTS INTO A COMPLETE THEORY OF BRITTLE FRACTURE REVEALED BY THE POKER-CHIP EXPERIMENTS
Leon Kolditz, Leibniz Universität Hannover
Poster: A MATRIX-FREE MULTIGRID SOLVER FOR PHASE-FIELD FRACTURE PROBLEMS
Yu Leng, Los Alamos National Laboratory
Poster: ARBITRARY ORDER VIRTUAL ELEMENT METHODS FOR HIGH-ORDER PHASE-FIELD MODELING OF DYNAMIC FRACTURE
Adrian Lew, Stanford University
A MODEL FOR THE QUASISTATIC EVOLUTION OF CRACKS WITH SPURS OF SUPERCRITICAL PROPAGATION
Robert Lipton, Louisiana State University
DYNAMIC ENERGY BALANCE AND FRACTURE
Georgios Moutsanidis, Stony Brook University
A PHASE FIELD METHOD FOR SIMULATING BRITTLE FRACTURE IN FUNCTIONALLY GRADED MATERIALS UNDER THERMAL SHOCK
Noujoud Nader, Louisiana State University
Poster: ADVANCED NODE-WISE CLASSIFICATION FOR AUTOMATED IDENTIFICATION OF REGIONS IN LOCAL AND NONLOCAL MODELS COUPLING
Serge Prudhomme, Polytechnique Montréal
COMPUTATIONAL METHODS FOR ACCURATE APPROXIMATIONS OF PERIDYNAMIC MODELS
Slides
Alex Schweitzer, University of Bonn
MULTISCALE SIMULATION OF FRACTURE USING PERIDYNAMIC ENRICHMENTS WITHIN THE PARTITION OF UNITY METHOD
Maryam Shakiba, University of Colorado Boulder
INTEGRATED CONVOLUTIONAL AND GRAPH NEURAL NETWORKS TO ADVANCE COMPOSITES ANALYSIS
Poster: PHYSICS AND CHEMISTRY-BASED PHASE-FIELD CONSTITUTIVE FRAMEWORK FOR THERMO-CHEMICALLY AGED ELASTOMER
Stewart Silling, Sandia National Laboratories
PERIDYNAMICS AND LINEAR ELASTIC FRACTURE MECHANICS
Slides
Caglar Tamur, University of California, Berkeley
Poster: A BOND-BASED PERIDYNAMICS MODELING OF POLYMERIC MATERIAL FRACTURE UNDER FINITE DEFORMATION
Nat Trask, University of Pennsylvania
Yue Yu, Lehigh University
DOMAIN AGNOSTIC NEURAL OPERATORS FOR DATA-DRIVEN FRACTURE MODELING
Slides
Alan Taylor Zehnder, Cornell University
DELAYED FRACTURE DUE TO TIME-DEPENDENT DAMAGE IN PDMS
Slides
Anna Zemlyanova, Kansas State University
A PENNY-SHAPED FRACTURE PROBLEM IN THE PRESENCE OF THE STEIGMANN-OGDEN SURFACE ELASTICITY