Titlebook: Continuum Models and Discrete Systems; CMDS-14, Paris, Fran François Willot,Justin Dirrenberger,Andrej V. Cher Conference proceedings 2024

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,Collective Motion of Epithelial Cells in Tissues and the Active Vertex Model,s of vertex models in which cells are polygons that tile a region of the plane. In particular, we present results for wound healing assays, in which cells migrate to an empty space, and for antagonistic migration assays, in which cells from one tissue invade an adjacent tissue comprising cells of di

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Structure of Fields in Extremal 2D Conducting Multimaterial Composites,in-Shtrikman’s bounds in the region of parameters where the last ones are loose. They are derived by the description of gradient fields in the components of optimal structures. We show that the gradient fields vary in restricted domains; taking this into account, we modify the Translation method to

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,Continuum Modelling of Orthotropic Hexatruss Lattice Materials: Effective Stiffness and Experimenta materials science, architecture, aerodynamics, and mechanical engineering. Their unique quality, coupled with the ability to tailor mechanical properties in every direction, renders them highly suitable for industries like aerospace, automotive, marine, and construction. However, the application of

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,Experimental Characterization and Numerical Modeling of the Porosity Formation Mechanisms in Thermoate changes and significant fluctuations in thermomechanical properties. Despite these changes and the presence of substantial temperature gradients, the laminates can still bear mechanical loads, even after the matrix has melted. When temperatures exceed the melting point, the primary mechanism of

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,Interaction Between Gravity and Gyroscopic Forces: Transient Control of Gyropendulums and Inverted s been essential in studying the dynamic response of several classes of chiral metamaterials. For an elementary cell, which includes either a normal or inverted gyroscopic pendulum, we provide the full classification of its transient oscillations linked to the sufficiently high rate of spin. The cha

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Manipulation of the Optical Properties of a Plasmonic Metamaterial Film by an External Transverse Vconstituent of the composite metamaterial varies across the film thickness. The influence of an applied transverse voltage on the surface plasmon resonances and on the optical properties of such a system are studied. It is shown that the macroscopic effective permittivity tensor, as well as other op