The role of each board is detailed in the Constitution of the journal. Altogether, the three boards listed below form “the Board” of the Journal.
seismology, earthquake source, fracture, computational mechanics
micromechanics, multiscale modelling, homogenisation theory, constitutive modelling, multiphysics couplings in materials, computational mechanics
computational mechanics, wave propagation, potential flow, boundary element methods, rank-revealing algorithms
probabilistic mechanics, high-rate failure of brittle materials, multi-scale modeling, surrogate modeling, uncertainty quantification, machine learning
structural geology, plate tectonics
computational solid mechanics, phase field fracture modeling, Material Point Method, particle meshfree methods
computational mechanics, fracture mechanics, biomechanics of soft tissues, discretization approaches, material modelling
solid mechanics, contact mechanics, coupled multiphysics problems, finite element technology, high performance computing
numerical and experimental fracture mechanics, full-field measurements, identification, data-driven approaches, image-based analysis, high-performance computing
nonlinear dynamics, nonlinear vibrations, electromechanical smart systems, vibration damping, waves
mechanics of materials, crystal plasticity, crystallographic texture, self-consistent modeling, strain hardening, severe plastic deformation
The Associate Editors form the Editorial Board and represent the community. They handle submissions assigned to them by the authors, following the Editorial Policy of the journal.
The Technical board is in charge of the practical functioning of the journal and provides technical support to the authors and Associate Editors. For comments, questions or support, please send an email to the technical board.
The Scientific Advisory Board sets the scientific strategy of the Journal.
imaging, x-ray tomography, granular materials, strain localisation
finite element technology, shell structures, frictional contact, computational fracture
nonlinear elasticity, dimension reduction (rods, plates, shells), bifurcations, stability
micro-scale deformation mapping, digital image correlation, crystal plasticity, deformation twinning, high-energy x-ray diffraction, slitting method
mechanics of materials, continuum mechanics, active materials, shape-memory alloys, heterogeneous materials, density functional theory
flexible multibody dynamics, finite element method, time integration, contact mechanics, robotics, biomechanics, deployable structures
mechanics of materials, polymers, damage, fatigue, coupled multiphysics problems, in-situ experiments, microstructure-properties relationships
automated model discovery, Fracture mechanics, Isogeometric analysis, Lattice Boltzmann, Phase-field modeling
crystal plasticity, strain gradient plasticity, phase field modeling
composite materials and ceramics, non-linear elasticity, fracture mechanics, stress-induced phase transitions, stress-assisted chemical reactions
materials science, microstructural characterization, metals and alloys, recrystallization, electron microscopy, X-ray diffraction, textures
computational mechanics, multiscale modeling, homogenization, metamaterials, wave propagation, microstructures, ferroelectrics, plasticity
(non-smooth) nonlinear dynamics, structural dynamics, nonlinear vibrations, localisation of energy, normal forms, multiple scales
nonsmooth dynamics, stability theory, friction, nonlinear dynamics, unilateral constraints
waves, homogenization, multiple scattering
High-Performance Computing, from atoms to continuum scale, numerical multiscale methods, damage mechanics, friction and wear mechanisms across scales
plasticity, contact mechanics, dislocation dynamics, molecular dynamics, crystal plasticity
Mechanics of materials, multiscale homogenization, structural optimization, lattices, soft metamaterials, kirigami- and origami-inspired metamaterials
Complementarity problems and unilateral buckling, non-smooth contact dynamics, moving loads, frictional damping, friction induced instabilities and multiplicities
non-linear dynamics of structures, plates, shells, composite materials, micro and nano structural elements
computational solid mechanics, material modelling, nonlinear structural mechanics, nonlinear dynamics, coupled problems
structural optimization, solid mechanics, computational mechanics, topology optimization, inverse methods, metamaterials
nonlinear dissipative mechanical systems, multiscale plasticity, continuum thermo-mechanics, variational formulations, data driven computational mechanics
granular material, discrete elements, non-Newtonian fluids, geophysical flows, numerical simulations
flexible multibody dynamics, space structures, softrobotics, Finite Element Method, Smoothed-particle hydrodynamics, computational algorithm