Numerical methods -- Mortar-based surface-to-surface contact algorithms in large deformation solid mechanics -- From inexact active set strategies to nonlinear multigrid methods -- On a geometrical approach in contact mechanics -- On the discretization of contact problems in elastodynamics -- Mortar methods for contact problems -- Contact mechanics for analysis of fracturing and fragmenting solids in the combined finite-discrete element method -- Numerical analysis of a dynamic viscoelastic contact problem with damage -- An energy-conserving algorithm for nonlinear elastodynamic contact problems – Extension to a frictional dissipation phenomenon -- DDM-based sensitivity analysis and optimization for smooth contact formulations -- On the modeling of contact/impact problems between rubber materials -- The quadrilateral parametric contact element based on the moving friction cone formulation -- 3D beam-to-beam contact within coupled electromechanical fields: a finite element model -- A study of symbolic description, numerical efficiency and accuracy of 2D and 3D contact formulations -- Mathematical analysis -- Existence theorems for noncoercive incremental contact problems with Coulomb friction -- Local uniqueness results for the discrete friction problem -- Analysis of a class of dynamic unilateral contact problems with friction for viscoelastic bodies -- Sthenic incompatibilities in rigid bodies motion -- Study of two quasistatic viscoplastic contact problems with adhesion -- A uniqueness criterion for the Signorini problem with Coulomb friction -- Finite element/boundary element coupling for two-body elastoplastic contact problems with friction -- Contact models, results and applications -- On the numerical simulation of non-smooth, resonant vibrations of delaminated structures -- Mesoscopic particles – a new approach for contact and friction dynamics -- On wedged configurations with Coulomb friction -- A genetic algorithm approach for wedged configurations with Coulomb friction -- Friction and contact between rough surfaces based on elastic-plastic sphere and rigid flat interaction -- TEDI (ThermoElasto-Dynamic Instability): a new mechanism for squeal & TEI -- Contact behaviour of a sliding rubber element -- Sliding friction and contact mechanics of elastomers on rough surfaces -- Unsteady rolling contact of rubber wheels -- A physicist view to tire traction -- Friction coefficient prognosis for the Grosch-wheel -- Numerical modelling of reinforced geomaterials by wires using the non smooth contact dynamics -- A unified interface constitutive law for the study of fracture and contact problems in heterogeneous materials -- Elasto-plastic contact of fractal surfaces -- A 3D study of the contact interface behavior using elastic-plastic constitutive equations -- Micromechanical analysis of deformation and temperature inhomogeneities within rough contact layers -- Micro-slip of rough surfaces under cyclic tangential loading -- Stability -- Stability of discrete systems involving shocks and friction -- On the stability of quasi-static paths of a linearly elastic system with friction -- The T.G.V. disk brake squeal -- Poster session -- Sliding path curvature dependent friction and wear -- Composition duality methods in contact mechanics -- Modeling of behaviour of the flat friction lining under the external -- The non smooth contact dynamic method: recent LMGC90 software developments and application -- Frictional contact of elastomer materials on rough rigid surfaces -- Micromechanics of internal friction stress softening and hysteresis of reinforced rubbers -- Selected contact problems in human joints after arthroplasty -- Optimal impulsive control of dynamical system in an impact phase -- Tribometric analysis of two tribo-materials with different contact geometries–critical reflection and simulation of the results -- Solvability and limit analysis of masonry bridges -- On the treatment of inelastic material behavior in an ALE-description of rolling contact -- A formulation to define the contact surface in the 2D mortar finite element method.