Plenary Lecturer: Eugenio Oñate
Advances in the particle finite element method (PFEM) for coupled problems in engineering
E. Oñate*, S.R. Idelsohn, M.A. Celigueta, P. Ryzhakov, J. Martí, J.M. Carbonell, B. Suárez, F. Salazar and R. Rossi

Plenary Lecturer: Rainald Löhner
Scaling up multiphysics
R. Löhner

Research cooperation in the framework programmes – An on-going success story for Europe
D. Knoerzer

Keynote Lecturer: Carmen Andrade
Reinforcement corrosion propagation models
C. Andrade*

Acceleration of time-dependent solvers combining POD and residual estimates
M.L. Rapún*, F. Terragni and J.M. Vega

The coupling of plasticity and damage in dissipative materials
S. Beizaee, G. Xotta* and K. Willam

Semi-analytical approach for ratcheting strain and wear prediction in case of line rolling contact
M. Sofer* and R. Halama

Science & engineering software migration: Moving from desktop to mobile applications
F. Améndola and L. Favre*

Model identification and on-line optimal control of food processes
E. Balsa-Canto*, A.A. Alonso, L.T. Antelo, A. Arias-Méndez, E. López-Quiroga, D. Rivas and C. Vilas

Keynote Lecturer: Fermín Navarrina
Large-scale coupled simulation of hydrodynamics and transport of salinity in shallow waters
F. Navarrina*, I. Colominas, M. Casteleiro, L. Cueto-Felgueroso, H. Gómez, J. Fe and A. Soage

A coupled problem of heat and mass transfer applied to porous textile media surrounding the human foot
J. Durany*, L. Poceiro and F. Varas

High performance conjugate heat transfer with the openPALM coupler
F. Duchaine*, S. Jauré, D. Poitou, E. Quémerais, G. Staffelbach, T. Morel and L. Gicquel

Numerical analysis of coupled chemical and mechanical processes in concrete structures with respect of change in material parameters due to load history
F. Cramer*, U. Kowalsky and D. Dinkler

A large deformation and thermomechanically coupled interface approach
M. Kaliske*, R. Fleischhauer, R. Behnke and I. Zreid

Influence of the ionic strength on the deposit phenomenon and transport dynamic of microparticles through saturated porous medium
Z. Mesticou*, M. Kacem and Ph. Dubujet

Keynote Lecturer: Hiroshi Suito
FSI simulation of swirling flows in thoracic aorta
H. Suito*, T. Ueda, D. Liang, D. Sze, K. Takizawa and T. Tezduyar

Keynote Lecturer: Kenji Takizawa
Patient-specific computational analysis of the influence of a stent on the unsteady flow in cerebral aneurysms
K. Takizawa*, K. Schjodt, A. Puntel, N. Kostov, H. Takagi, S. Asada and T. Tezduyar

Fluid–structure interaction analysis of a stented right coronary artery
R. Torii*, K. Takizawa, N. Kostov, T. Tezduyar and X.Y. Xu

A cellular flow simulation on graphics processing unit
Y. Imai*, N. Takeishi, T. Ami, T. Ishikawa and T. Yamaguchi

Computer simulation of motion and deformation of red blood cell under shear flow considering membrane’s natural state
K. Tsubota* and H. Liu

Weak penalization for fluid-structure interaction
Liya Asner and David Nordsletten*

Goal-oriented error control for dynamical and evolutionary systems: assessing time-line dependent quantities of interest
P. Diez*, F. Verdugo and N. Parés

Multi-objective dierentiable optimization with application to optimum-shape design in CFD
J-A. Desideri*

Greening the aircraft with aerofoil/wing design optimisation using morphing techniques and advanced multi objective genetic algorithms
D.S.C. Lee and J. Periaux*

Optimization and domain decomposition in the context of freefem++ for the partial differential equations of fluid mechanics
F. Hecht*

A node-based parameterization for shape optimization in computational fluid mechanics
M. Hojjat*, E. Stavropoulou and K-U. Bletzinger

Shape optimization with shocks and goal oriented mesh adaptation
O. Pironneau* and F. Alauzet

Keynote Lecturer: Georg Hammerl
Thermo-fluid-structure interaction with dual mortar coupling
G. Hammerl*, C. Danowski, M. Grilli, V. Pasquariello, A. Popp, L. Yoshihara, S. Hickel, N.A. Adams and W.A. Wall

A survey of external acoustic-structure interaction models
K.C. Park* and C.A.  Felippa

Improvements of doubly asymptotic approximations for external acoustic-structure interaction problems
H.K. Woo*, Y.S.  Shin and K.C. Park

A coupled and multi-scale fluid-structure interaction and mass transfer model for biofilm growth simulations
M. Coroneo*, L. Yoshihara and W.A. Wall

Fluid-structure interaction analysis of vibrations in water pipe system at high-tech facility
P. Persson*, K. Persson and G. Sandberg

A general approach for modeling porous flow structure interaction under finite deformations including passive scalar transport
A-T. Vuong*, L. Yoshihara and W.A. Wall

Keynote Lecturer: Paulo Lyra
Minimization of the phenomenon of vibrations induced by vortices using surrogate based optimization
U.P. Farias Filho, A.R.E. Antunes, S.M.A. Bastos and P.M.R. Lyra*

Acoustic fatigue model problem simulated with CFD and FEM
J. Nilsson*, R-Z. Szász and P-E. Austrell

Numerical optimisation of composite fuel tanks subject to a 7.62 mm bullet hydraulic ram event using a loose fluid/structure coupling scheme
E. Deletombe*, J. Dupas and T. Fourest

3d conservative coupling method between a compressible fluid flow and a deformable structure
M.A. Puscas*, V.  Daru, A. Ern, C. Mariotti, L. Monasse and C. Tenaud

Further developments in a load history generator to couple EPIC and LS-DYNA
D.L. Littlefield*, K.C. Walls and K.T. Danielson

An immersed boundary level-set based approach for fluid-shell interaction with impact
R.A.K. Sanches*, R. Carrazedo and H.B. Coda

Coupled thermal and electromagnetic model of heat transfer process in an electric switchgear
J. Smolka*, M. Bedkowski, Z. Bulinski and K. Banasiak

Simulation of the thermal profile of a mushy metallic sample during tensile tests
F. Palama Bongo*, J. Favergeon, M. Rachik and D. Marceau

Thermal-Mechanical-Microstructural modelling of manufacturing chain for anchors
J. Kusiak*, D. Szeliga, M.  Skóra, S. Węglarczyk and M. Pietrzyk

Thermo-chemo-mechanical modeling of coal pyrolysis
D. Kolani*, E. Blond and A. Gasser

The DRBEM solution of the generalized magneto-thermo-viscoelastic problems in 3D anisotropic functionally graded solids
M.A. Fahmy*

Numerical study of the draining of a cold crucible heated by induction
M. Lima da Silva*, A. Gagnoud , Y. Fautrelle, P. Brun , E. Sauvage and A. Bonnetier

Keynote Lecturer: Antonio Gens
Coupled thermo-hydro-mechanical analyses for freezing soils
A. Gens*, S.  Nishimura, F. Casini, S. Olivella and R.J. Jardine

A THM-coupled Finite Element model of freezing soil: multiphase modeling and strength upscaling
M-M. Zhou and G. Meschke*

Coupled thermo-hydro-mechanical modelling of crack development along fossil dinosaur‘s footprints in soft cohesive sediments
L. Nguyen-Tuan*, H. Viefhaus, M. Datcheva and T. Schanz

Modeling coupled thermo-hydro-mechanical effects induced by the operation of energy piles in saturated soils
D. Salciarini and C. Tamagnini*

Evaluating an extension of SANISAND to model some features of coupled hydro-mechanical behaviour of compacted soils
E. Cattoni, G.  Della Vecchia, C. Jommi and C. Tamagnini*

Failure Processes and Localization Analysis of Partially Saturated Materials Based on Thermodynamically Consistent Gradient Poroplastic Theory
G. Etse* and J. Mroginski

Keynote Lecturer: Simona Perotto
Adaptive hierarchical model reduction coupled with mesh adaptation
S. Perotto*, A. Ern and A. Veneziani

Keynote Lecturer: Erwin Stein
Damage development and crack initiation on microscale of ceramic alloys
E. Stein* and T. Gerasimov

A domain decomposition strategy for reduced order models. Application to the incompressible navier-stokes equations
J. Baiges*, R. Codina and S.R. Idelsohn

Coupling asymptotic numerical method and proper generalized decomposition to solve nonlinear transient coupled problems
M. Beringhier*, A. Leygue, F. Chinesta and J-C. Grandidier

Model order reduction in nonlinear solids: towards a real-time simulation
S. Niroomandi, D. González*, I. Alfaro, E. Cueto and F. Chinesta

PGD methods for the real time direct integration of solid dynamics equations
D. González, E. Cueto* and F. Chinesta

Keynote Lecturer: Raffaelle Martone
A coupled thermo-electrical problem for the optimization of radio frequency ablation treatments
A. Formisano, F. Ferraioli and R. Martone*

Keynote Lecturer: Eric J. Inclan
Effective modifications to differential evolution optimization algorithm
E.J. Inclan* and G.S. Dulikravich

Intelligent computing in optimization of coupled problems
T. Burczynski* and A. Dlugosz

Dimensioning of an endothelialized artificial microvascular system using coupled fluid-structure-diffusion simulations and design of experiments
J. Khamassi*, C. Bierwisch and M. Moseler

Multiobjective optimization of loudspeaker demodulation rings
P. Alotto*, L. Bortot and M. Cobianchi

Automatic differentiation based formulation of coupled problems
B. Hudobivnik* and J. Korelc

Modal analysis of the FGM beam-like structures with effect of the thermal axial force
J. Murín, M. Aminbaghai, J. Hrabovský, V.  Kutiš* and J. Paulech

Low intrusive coupling of implicit and explicit integration schemes for structural dynamics: application to low energy impacts on composite structures
T. Chantrait*, J. Rannou and A. Gravouil

Coupling the electrical, thermal, and mechanical fields to simulate operations of electro-thermally driven micro-actuators
W. Szyszkowski* and D. Hill

A stabilized explicit time stepping scheme for the integration of the equation of motion
G. Großeholz* and O. von Estorff

Keynote Lecturer: Kathryn Butler
Simulation of melting and dripping in fire
K.M. Butler*

MHD turbulent duct flows in a liquid-metal MHD power generator
H. Kobayashi* and Y. Okuno

4D-XFEM for free surface flow within fluid-structure interactions
S. Reinstädler* and D. Dinkler

Analytical solutions of nonstationary adiabatic processes for compression (extension) of viscoplastic spherical and cylindrical shells, spherical and cylindrical layers from viscous liquid
A. Kiselev*

Fundamental solutions for a coupled formulation of porous biphasic media with compressible solid and fluid phases
R. Serpieri*, F. Travascio and S. Asfour

A coupled thermo-flexible multi-body approach for virtual rig testing of brake discs
N. Strömberg*

Keynote Lecturer: Shinobu Yoshimura
Fluid-structure interaction analysis of flapping wing using partitioned coupling technique
S. Yoshimura*, S. Kataoka, I. Inuzuka and T. Yamada

Combining Nitsche’s method and space-time elements for weak boundary condition enforcement in moving geometries
M. Mehl*, H-J. Bungartz and B. Uekermann

A parallel, black-box coupling algorithm for fluid-structure interaction
B. Uekermann*, H-J. Bungartz, B. Gatzhammer and M. Mehl

Fluid-structure interaction with contact simulation for maritime applications
S. Brändli* and A. Düster

Isogeometric analysis of fluid-structure interaction for turbulent flow around an osillating NACA0012 airfoil
R. Holdahl*, A.M. Kvarving and K.M. Okstad

Keynote Lecturer: Harald van Brummelen
Coupled boundary-element/finite-element methods for XL-displacement FSI
E.H. van Brummelen* and T. van Opstal

Keynote Lecturer: Ferdinando Auricchio
On strong imposition of Dirichlet boundary conditions in unfitted finite element methods with application to fluid dynamics
F. Auricchio*, A. Lefieux and A. Reali

Surface acoustic wave actuated cell sorting and enantiomer separation
R.H. Hoppe*, T. Franke, C. Linsenmann and K. Zeleke

Parallel solvers for the cardiac electromechanical coupling
P. Colli Franzone, L. Fassina, L.F. Pavarino and S. Scacchi*

Mass preserving, distributed lagrangian multiplier approach to immersed boundary method
D. Boffi, N. Cavallini*, F. Gardini and L. Gastaldi

Interface control domain decomposition method for heterogeneous problems
M. Discacciati, P. Gervasio* and A. Quarteroni

Hybridizable Discontinuous Galerkin with degree adaptivity for wave and flow problems
G. Giorgiani, S. Fernández-Méndez and A. Huerta*

Keynote Lecturer: Ramon Codina
A symmetric method for weakly imposing Dirichlet boundary conditions in embedded finite element meshes
R. Codina* and J. Baiges

Keynote Lecturer: Tarek Zohdi
Harnessing electromagnetism for the manufacturing of new multifunctional particulate materials
T.  Zohdi*

Keynote Lecturer: Jacob Fish
Multiscale-Multiphysics Life Prediction for Composite Materials and Structures
Jacob Fish*

LowD-HighD coupling in dynamic waves problems
Yoav Ofir* and Dan Givoli

Prolongation conditions for FE^2-analaysis of coupled consolidation
K. Runesson*, F. Su and F. Larsson

A multi-scale refined zigzag theory for multilayered composite and sandwich plates with improved transverse shear stresses
L. Iurlaro*, M. Gherlone, M. Di Sciuva and A. Tessler

Recent advances in multiscale-multiphysics simulation with the MPM
Z. Chen*

Mesoscale simulation of dynamic strength effects in water saturated sandstone
N. Durr, M. Büttner* and M. Sauer

A coupled mode – hpFEM for hydroelastic analysis of shear-deformable floating bodies of general thickness in variable bathymetry
K.A. Belibassakis, G.A. Athanassoulis, T.K. Papathanasiou* and S. Filopoulos

Effects of slip condition on flow near the surface of hydro-gel
M. Yokoyama*, Y. Kubota, K. Kikuchi, O. Mochizuki and G. Yagawa

An interpolation tool for aeroelastic data transfer problems
M. Cordero-Gracia*, M. Gómez and E. Valero

Multidisciplinary and multiphysics computation of supersonic flow, via hybrid solutions for compressible navier-stokes layer
A. Nastase*

A numerical approach for static and dynamic analysis of deformable journal bearings
D. Benasciutti, M.Gh. Munteanu* and F. Flumian

Keynote Lecturer: Josef Eberhardsteiner
Thermo-mechanical behavior of concrete and its performance of tunnel linings under fire loading
T. Ring, M. Zeiml, R. Lackner, H.A. Mang and J. Eberhardsteiner*

Thermomechanical finite element analysis of the selective beam melting process
D. Riedlbauer*, J. Mergheim and P. Steinmann

Advanced numerical strategies for coupled thermo-chemico-mechanical modeling of thermoplastic resin transfer molding process
E. Abisset-Chavanne*, F. Chinesta and A. Leygue

Modeling damage of concrete caused by corrosion of reinforcement
J. Ozbolt, F. Orsanic* and G. Balabanic

Thermochemical heat storage for sustainable power generation – model development based on the theory of porous media and numerical implementation
T. Nagel*, H. Shao, A.K. Singh, N. Watanabe, M. Linder, A. Wörner and O. Kolditz

Mechano-chemical coupled modelling of Zr oxidation: Application to the internal corrosion of PWR nuclear fuel clad
J.B. Minne*, N. Barnel, V. Optasanu, L. Desgranges and T. Montesin

Keynote Lecturer: Wolfgang Ehlers
Delivery of therapeutic agents in tumour therapies of multi-component human brain tissue
W. Ehlers* and A. Wagner

On modeling and simulation of fluid interaction with thin porous media
V. Calo, M. Dedering, D. Iliev, O. Iliev*, R. Kirsch and A. Mikelic

A numerical strategy for multicomponent reactive transport with gas generation
F. Cattaneo and C. Jommi*

Anisotropic diffusion and propagation of sound waves in poroelastic media
B. Albers* and K. Wilmanski

A coupled numerical study of landslide generated tsunami waves
P.A. Trapper*, A.M. Puzrin, L.N. Germanovich and D. Piskas

A model for the thermo-hydro-mechanical analysis of multiphase porous media in dynamics
M. Passarotto and L. Sanavia*

Keynote Lecturer: Marek Behr
High-fidelity surface definition in the simulation and design of extrusion dies
M. Behr*, S. Elgeti, P. Knechtges, M. Nicolai, L. Pauli, H. Sauerland, R. Siegbert and A. Stavrev

Efficient non-intrusive coupling technique, with application to the analysis of the delamination of thin composite structures
P. Gosselet*, O. Allix and G. Guguin

A stabilized XFEM-based fictitious domain approach for fluid-structure interaction
B. Schott* and W.A. Wall

Finite-element/boundary-element coupling for inflatables
T. van Opstal* and E.H. van Brummelen

A fast method for solving microstructure problems with arbitrary contrasts defined on large grids of voxels without Fourier transform
J. Yvonnet*, T.T. Nguyen, V.  Monchiet and Q-Z. Zhu

Model order reduction in mechanical homogenization using the nonuniform transformation field analysis
F. Fritzen*

Sensitivity estimator based on hyper-reduction in order to design a viscoplastic bending system
S. Jules, D.  Ryckelynck*, Y. Bienvenu, C. Duhamel, R. Léon and J-F. Bisson

Keynote Lecturer: Vassilis Panoskaltsis
Decompositions of the stress and the rate of deformation tensors for materials undergoing phase transformations
V. Panoskaltsis*

Keynote Lecturer: David R. Hayhurst
Numerical analysis of the coupling between mechanical strain and thermal conductivity of ceramic matrix composites
D.R. Hayhurst*

Keynote Lecturer: Koichi Hashiguchi
Subloading surface model for description of general elastoplastic deformation/sliding phenomena
K. Hashiguchi* and V. Salomoni

Post-localization analysis of sands using micropolar elastoplastic models
M. Manzari* and K. Yonten

Extended subloading surface in a coupled hydro-(thermo-)mechanical formulation for geomaterials
V. Salomoni, K. Hashiguchi and R. Fincato*

Finite element analysis of terrain tire using unconventional constitutive equation for friction
S. Ozaki*, K. Hikida and W. Kondo

An unconventional plasticity approach for a coupled visco-elasto-plastic analysis for concrete
V. Salomoni*, K. Hashiguchi, G. Xotta and R. Fincato

Keynote Lecturer: Gernot Beer
State of the art in coupling of different numerical methods
G. Beer*

Keynote Lecturer: Antonia Larese
A combined Lagrangian-Eulerian technique for problems in geomechanics
A. Larese*, R. Rossi and E. Oñate

Coupling level set methods with boundary integral methods for free surface potential flows
M. Garzon*, L.J. Gray and J.A. Sethian

Simulation of sequential tunnel excavation with the boundary element tearing and interconnecting method and H-matrix approximation
B. Lindner* and C. Duenser

Parallel application on high performance computing platforms of 3D BEM/FEM based coupling model for dynamic analysis of SSI problems
M.C. Genes*

Local radial basis function collocation method for solving thermo-mechanics of hot shape rolling of steel
U. Hanoglu and B. Šarler*

A high-resolution scalable meshless method for coupled steady poroelastic analysis, based on collocation with radial basis functions
H. Power, D. Stevens* and A. Cliffe

Meshless 2D direct numerical simulation and heat transfer in a backward-facing step with heat conduction in the step
A.G. Vidal*, A.J. Kassab and E. Divo

A computational study of sparse matrix storage schemes in large scale thermal-solid coupling analysis
A.M.M.  Mukaddes*, M. Ogino and R. Shioya

Mesh movement strategy based on octree decomposition
M. Gómez*, M. Cordero-Gracia, J. Ponsin and E. Valero

Keynote Lecturer: Roger Ohayon
Modal analysis of fluid-structure interaction problems. Computational and reduced order models
R. Ohayon* and J-S. Schotte

Interface-Jacobian based co-simulation
S. Sicklinger, V. Belsky, R. Wüchner and K-U. Bletzinger*

Partitioned multifield simulation for analysis and design of free-form, light-weight structures subject to wind
R. Wüchner*, S. Sicklinger, T. Wang and K-U. Bletzinger

Adaptive methods for isogeometric analysis of fluid-structure interaction
T. Kvamsdal*, K.A. Johannessen, R. Holdahl, M. Kumar, A.M. Kvarving, K. Nordanger and K.M. Okstad

Keynote Lecturer: Yuri Bazilevs
Fluid-structure interaction simulations with novel structural mechanics discretizations
Y. Bazilevs*, A. Korobenko, X. Deng, J. Tippmann and M-C. Hsu

Keynote Lecturer: Michele Chiumenti
Finite element modeling of EB welding process
M. Chiumenti*, N. Dialami, M. Cervera and C. Agelet de Saracibar

Comparison of a fluid and a solid approach for the numerical simulation of friction stir welding with a non-cylindrical pin
P. Bussetta*, N. Dialami, R. Boman, M. Chiumenti, C. Agelet de Saracibar, M. Cervera and J-P. Ponthot

Numerical simulation and visualization of material flow in Friction Stir Welding via Particle Tracing
N. Dialami*, M. Chiumenti, M. Cervera, C. Agelet de Saracibar, J-P. Ponthot and P. Bussetta

Experimental and numerical study of the solidification process of a eutectic ductile cast iron
A. Escobar, M.A. Cruchaga and D.J. Celentano*

Numerical simulation of double cup extrusion test using the arbitrary Lagrangian Eulerian formalism
R. Boman*, R. Koeune and J-P. Ponthot

Keynote Lecturer: José Ángel González
Coupled analysis of nonlinear structural motion and fluid sloshing
J.A. González* and K.C. Park

A component mode synthesis approach for vibration transmission analysis in a multi-storey wood building
O. Flodén*, J. Negreira, K. Persson and G. Sandberg

Iterative methods for coupled stochastic field problems
R. Niekamp*, M. Krosche, A. Doostan and H.G. Matthies

FULL SPH analysis of failure and leakage of shells filled with water under impact loads
A. Combescure*, F. Caleyron, V. Faucher and S. Potapov

Influence of Air Cavities on Flanking Transmission in Lightweight Building Structures
J. Negreira*, O. Flodén, D. Bard and G. Sandberg

Keynote Lecturer: Antonio J. Gil
An Enhanced Immersed Structural Potential Method (ISPM) for the simulation of fluid-structure interaction problems
A.J. Gil*, A. Arranz Carreno, J. Bonet and C. Wood

A comparative study of immersed-boundary interpolation methods for a flow around a stationary cylinder at low Reynolds number
S.H. Madani*, J. Wissink and H. Bahai

Added resistance of ships in quartering seas
S. Liu and A.D. Papanikolaou*

FSI of high performance high-lift devices with circulation control via conditioned Coandă-Jets
K. Sommerwerk*, M.C. Haupt and P. Horst

Fluid structure interaction simulations of explosive impacts on flexible structures
V-T. Nguyen*, B. Gatzhammer, M. Price and H.H. Nguyen

Thermo-chemical modeling of fiber-polymer composites in fire for fluid/structure interaction
V. Biasi*, G. Leplat and F. Feyel

Towards a computational model of thermal- and magneto-sensitive polymers
J-P. Pelteret*, D. Davydov, A. Javili, B. Walter and P. Steinmann

Computational fluid dynamic modeling of a latent heat reactor used for solar thermal energy storage
J. Rodríguez-Aseguinolaza*, I. Loroño, L. Martín, P. Blanco-Rodríguez and S. Doppiu

Modelling oxy-combustion process in a small scale facilities of a circulating fluidized bed
R.A. Bialecki*, W.P. Adamczyk, A. Klimanek, P. Kozolub, G. Wecel and T. Czakiert

Keynote Lecturer: Suvranu De
A block preconditioned jacobian-free multiscale method (JFMM)
S. De* and F.N.U. Rahul

Fluid acceleration of fully implicit particle-in-cell algorithms for kinetic plasma simulation
L. Chacon*, G. Chen, W.T. Taitano and D.A. Knoll

An approximate block factorization preconditioner for 3D incompressible MHD
E.C. Cyr*, J.N. Shadid, R.P. Pawlowski, R.S. Tuminaro and L. Chacon

Approximate commutator based block preconditioners for fully coupled magnetohydrodynamics
E. Phillips*

Algebraic multigrid for convection dominated problems based on Schur complements and Galerkin projections
M.W. Gee*, T. Wiesner and W.A. Wall

Keynote Lecturer: Uwe-Jens Görke
On the necessity and a generalized conceptual model for the consideration of large strains in rock mechanics
U-J. Görke*, T. Nagel and O. Kolditz

Keynote Lecturer: Anna Ramon
Coupled hydro-chemo-mechanical modelling of a foundation heave due to gypsum crystal growth
A. Ramon* and E. Alonso

Modified soils as Functionally Graded Materials: numerical modelling with finite element method and artificial neural networks
M. Lefik*, D.P. Boso and A. Zaleska

Gas flow in anisotropic claystone
D. Arnedo, E. Alonso and S. Olivella*

Keynote Lecturer: Alexander Karapetyan
On the tippe-top dymanics
A.V. Karapetyan*

The analysis of dynamics of a convex body of rotation on a horizontal plane using generalised Smale diagrammes
A.V. Karapetyan and M.A. Munitsyna*

Parametric analysis of the dynamics of a cylinder on an inclined plane with friction
A.M. Rusinova*

Plenary Lecturer: Thomas J.R. Hughes
Thermodynamically Consistent Modeling and Simulation of the Advective Cahn-Hilliard and Navier-Stokes Korteweg Equations
T.J.R. Hughes, M.J. Borden and C.M. Landis

Plenary Lecturer: Pierre Ladevèze
On a Trefftz Discontinuous Galerkin method and its extension to numerical model coupling
P. Ladevèze and H. Riou

Plenary Lecturer: Tayfun Tezduyar
Space-time computational fluid-structure interaction techniques
T. Tezduyar and K. Takizawa

Keynote Lecturer: Robert B. Haber
Coupling interfacial and bulk response using Riemann solutions in an adaptive spacetime model for elastodynamic contact
R. Abedi and R.B. Haber*

Mixed FEM of higher-order for thermomechanical contact problems
A. Rademacher*

Evaluation of automotive weatherstrip by coupled analysis of fluid-structure-noise interaction
H.Y. Kim*, H.J. Kim and T.H. Kim

Advanced coupled simulation methods for heat transfer and stiffness phenomena induced by fluid flow in metal foams
A. Kneer*, K. Reimann, A. August and B. Nestler

On the discrete geometric conservation law for Rosenbrock time integration schemes on moving meshes
A.H. van Zuijlen*, E.W. Naarding and H. Bijl

Development of high performance fluid structure interaction code: ZZ-EFSI on K computer
R. Himeno, S. Noda*, K. Sugiyama, S. Takagi and Y. Matsumoto

Keynote Lecturer: Denis Ridzal
Solving massive-scale inverse problems using matrix-free sequential quadratic programming (SQP) methods
D. Ridzal*, M.  Aguilo and J. Young

Application of second-order optimization algorithms to inverse problems in nonlinear elastostatics and one-way coupled fluid structure interaction
M. Aguiló*, D. Ridzal and J. Young

Parameter estimation in frequency-domain coupled acoustic-structure interaction using a modified error in constitutive equation functional
J.E. Warner, M.I. Diaz and W. Aquino

Inferring tissue microstructure via biomechanical imaging
A.A. Oberai*, T. Liu, E.R. Ferreira, T. Seidl, P.E. Barbone and T.J. Hall

Identification of parameters of a local action from inverse analysis of perturbation of far fields with ANNs
D.P. Boso*, M. Lefik and M. Wojciechowski

Shape and stress sensing of multilayered composite and sandwich structures using an inverse Finite Element Method
P. Cerracchio*, M. Gherlone, M. Di Sciuva and A. Tessler

Keynote Lecturer: Ahmed Sameh
Parallel hybrid sparse linear system solvers
A. Sameh*

Application of immersed-boundary method for natural and forced convection flows with moving embedded object
C-C. Liao and C-A. Lin*

THINC method: An accurate and efficient algebraic approach for capturing free interfaces
F. Xiao*, S. Ii and B. Xie

Applications of an incompressible fluid-rigid body interaction on progressive moving-grid finite-volume method
S. Asao* and K. Matsuno

Space-time computational techniques for flapping-wing aerodynamics of a locust
K. Takizawa, B. Henicke, N. Kostov, A. Puntel and T. Tezduyar*

Keynote Lecturer: Yoichiro Matsumoto
Toward multi-scale simulation of thrombosis formation
Y. Matsumoto*, S. Ii, S. Shiozaki, K. Sugiyama and S. Takagi

Keynote Lecturer: Stefanie Reese
Advanced material and structural behavior in innovative forming processes – Application to process-integrated ring rolling
R. Kebriaei and S.  Reese*

Tooling materials and soltutions for the thixoforming steels
A. Rassili* and J. Lecomte-Beckers

Coupling thermomechanical and metallurgical problems in modelling of manufacturing of Advanced High Strength Steel products
M. Pernach, K. Bzowski, L. Rauch and M. Pietrzyk*

A new frame for constitutive modeling of visco elastic polymers; accounting thermal effects and strain induced crystallization
N. Billon* and J.  Bikard

Coupled numerical simulation in the vicinity of surfaces in the field of metal forming
L. Dubar, C. Hubert*, A. Dubois and M. Dubar

Numerical investigation of continuous fiber glass drawing
Q. Chouffart*, P. Simon and V.E. Terrapon

Keynote Lecturer: Olivier Allix
Space-time local/adaptive - Global/fixed coupling strategy 
for simulation of impact on composite structures
O. Allix*, O.  Bettinotti and B. Malherbe

Development of a multi-scale and multi-physics finite element code for a coupled problem of extracellular matrix and interstitial fluid
E. Nakamachi*, N. Nitta, Y. Morita, H. Kuramae, H. Sakamoto and Y. Nakamura

Rule-based expert system application to optimizing of multiscale model of hot forging and heat treatment of Ti-6Al-4V
P. Macioł*, A. Krumphals, S. Jędrusik, A. Macioł and C. Sommitsch

VMS explicit a posteriori error estimation for systems with emphasis in linear elasticity
G. Hauke*, D. Irisarri and F. Lizarraga

Modelling the influence of the local grain environment on the entrainment of sediment particles by flowing water
A. von Boetticher* and J. M. Turowski

Homogenization framework for magnetorheological elastomers
G. Chatzigeorgiou*, A. Javili and P. Steinmann

Keynote Lecturer: Franz G. Rammerstorfer
FSI-induced instabilities of air chambers in floating solar energy platforms – Modelling and experiments
F. Toth and F.G. Rammerstorfer*

Nitsche-based finite element methods on cut and composite meshes for fluid-structure interaction problems with large deformations
A. Massing*, M.G. Larson, A. Logg and M.E. Rognes

Coupling of elastic solids with compressible two-phase fluids for the numerical investigation of cavitation damaging
C. Dickopp*, R. Gartz and S. Müller

Numerical simulation of deformable cell in microchannels
F. Nason*, L. Zhu, G. Dubini and L. Brandt

Seizmic analysis of the Lesce dam including water-dam-soil dynamic interaction.
J. Radnić, A. Harapin and M. Sunara*

Modal characteristics of a flexible tube in turbulent axial flow: A numerical approach and validation with experimental data
J. De Ridder*, J. Degroote, K. Van Tichelen, P. Schuurmans and J. Vierendeels

Keynote Lecturer: Paul Steinmann
Degree of cure-dependent thermo-mechanically coupled model to simulate curing processes of thermosets
P. Steinmann* and M. Hossain

CFD technology validation applied to safety and indoor air quality of buildings
A. Basterretxea Bitorika*, I. Loroño and L. Martín

Parametric identification of mathematical models of coupled conductive-radiative heat transfer
A.V. Nenarokomov*, O.M. Alifanov and D.M. Titov

Coupled electro-elasticity at finite strains
C. Sansour, S. Skatulla and M. Hijiaj

Experimental and computational analysis of the oscillatory flow inside a tube with periodic-tri-orifice baffles
X. Nogueira, B. Taylor, H. Gómez, I. Colominas* and M.R. Mackley

Keynote Lecturer: Haim Waisman
Monolithic, mesh insensitive formulation for shearbands with diffusive regularization
C. McAuliffe and H. Waisman*

A temporal consistent monolithic approach to fluid-structure interaction enabling field specific predictors
M. Mayr, T. Klöppel, W.A. Wall and M.W. Gee

A flexible preconditioner for fluid-structure interaction problem
G. Grandperrin*, S. Deparis and A. Quarteroni

Performance of an implicit finite element resistive MHD solver for high rayleigh number thermal convection in rotating systems with magnetic fields
J.N. Shadid*, R.P. Pawlowski and E.C. Cyr

Keynote Lecturer: Francesco Marotti de Sciarra
A constitutive model of coupled thermoelasticity with plasticity
R. Barretta, F. Marotti de Sciarra* and M. Salerno

Non-proportionality of strain and coupling effects on dislocation distribution and ductility in ferritic steel polycrystals
T.O. Erinosho*, A.C.F. Cocks and F.P.E. Dunne

Keynote Lecturer: Alexey Kireenkov
A new kind of the combined dry friction models
A.A. Kireenkov*

A comparative study of computer models for friction and their influence on dynamics of the heavy rigid body on a horizontal surface
I.I. Kosenko*

Lyapunov stability of planar rigid bodies with frictional supports
P.L. Várkonyi*

A model of frictional contact with wear for elastic rods obtained by using asymptotic methods
J.M. Viaño* and Á. Rodríguez-Arós

Diagram method for disk motion with impacts
E.I. Kugushev and L.S. Otradnova*

Plenary Lecturer: D.R.J. Owen
Progress and prospects in the modeling of particulates and multi-fracturing materials with coupled field effects
D.R.J. Owen and Y.T. Feng

Plenary Lecturer: Carlos A. Felippa
CIMNE Remembrances: From templates to variational FIC
C.A. Felippa, E. Oñate and S.R. Idelsohn

"Laudatio" of Prof. Eugenio Oñate: The scientist, the colleague, the friend
X. Oliver

Keynote Lecturer: Marino Arroyo
Reverse engineering the motility of euglenids
M. Arroyo*, L. Heltai, D. Millán and A. DeSimone

Force-driven aggregation of specific bonds on compliant substrates
A. Sarvestani*

Simulation of 3D coupled biomembrane dynamics with phase-field in a parallel environment based on PETSc
C. Peco* and M. Arroyo

Computational simulation of osteoporosis and its treatment by denosumab based on an integrated systems biology/micromechanical approach
S. Scheiner*, P. Pivonka, D.W. Smith, C.R. Dunstan and C. Hellmich

Keynote Lecturer: Josipa Bosnjak
Modeling concrete exposed to high temperature – Damage and explosive spalling
J. Ozbolt, J. Bosnjak*, G. Periskic and A. Sharma

Moisture transport in concrete during fire: an NMR study
L. Pel*, G.H.A. van der Heijden and S.J. Jaspers

Damage evaluation of RC members under high temperature by using RBSM-TRUSS Network Model
T. Unno*, H. Nakamura, Y. Yamamoto, M. Kunieda and N. Ueda

A coupled damage model for the structural analysis of r.c. structures exposed to freeze–thaw cycles
L. Berto, A. Saetta, R. Scotta* and D.A. Talledo

Keynote Lecturer: Carmelo Majorana
Aggregates Porosity Effect on Concrete Behaviour Under High Temperature Conditions
G. Xotta, C.E. Majorana* and V. Salomoni

Keynote Lecturer: Gabriel Bugeda
Multi-objective green design optimization of carbon nanotube composite structures
C. Morillo, D.S. Lee, G. Bugeda*, S. Oller and E. Oñate

Evolutionary topology optimization for design-dependent pressure loading problems
R. Picelli*, W.M. Vicente and R. Pavanello

Optimal actuator and sensor placement with regard to coupled electro-mechanical behaviour of smart structures
T. Nestorović* and M. Trajkov

Probability and variance-based stochastic design optimization of a radial compressor concerning fluid-structure interaction
D. Roos*, K. Cremanns and T. Jasper

Keynote Lecturer: Umberto Perego
A PFEM approach to the simulation of landslide generated water-waves
M. Cremonesi, C. di Prisco and U. Perego*

On numerical modeling of couple heat, air and moisture transfer through multilayered walls
M. Maliki*, N. Laredj, H. Naji, K. Bendani, H. Missoum and K. Menad

Advances on mesh generation in numerical simulation of fractured network system
S. Sun, J. Sui and M. Yuan*

Finite element modeling of thermo-hydro-mechanically (THM) coupled problems in frozen ground engineering: State-of-the-Art
Y.W. Bekele*

Fully coupled THM analysis of unsaturated soil
H. Shin* and S-R. Lee

Numerical simulation of fire in tunnels: a fully coupled approach
F. Pesavento*, B.A. Schrefler, M. Antonello, P. Brunello, J. Principe and R. Codina

Numerical methods for dam safety risk assessment: state of the art and remaining challenges
I. Escuder-Bueno*, A. Serrano-Lombillo and L. Altarejos García

A fully coupled thermo-hydro-mechanical model for the analysis of the lining behavior of underground caverns in an AA-CAES system
A. El Murr*, F. Hadj-Hassen, A. Rouabhi and M. Tijani

Immersed volume method for moving bodies with turbulent flows and conjugate heat transfer
J-F. Zaragoci*, E. Hachem and T. Coupez

Numerical simulation of explosive fracturing with smoothed particle hydrodynamics
Z. Guo, Y. Shen* and M. Liu

Hamilton’s principle applied to the vibratory study of elastic tanks containing incompressible liquids
J-S. Schotte*, T. Miras and R. Ohayon

Mathematical modeling of hydrodynamic processes in geothermal plant
M. Bogdevičius, J. Janutėnienė, S. Razmas and M. Drakšas

Keynote Lecturer: Vitoriano Ruas
Single interpolation of coupled fields via Hermite finite elements
V. Ruas*

A functional for the momentum equations of incompressible viscous flow
S. Li*, N. Li and W. Duan

A mass-weighted chemical elastic network model reveals vibration characteristics of nanostructures including graphene and DNA hairpin
M. Kim*

Mathematical and numerical approach for a crashworthy problem
S. Boria* and S. Pettinari

NEPCE - A nearly energy-preserving coupling element for weak-coupled problems and co-simulations
M. Benedikt*, D. Watzenig, J. Zehetner and A. Hofer

Macro-Step-Size selection and monitoring of the coupling error for weak-coupled subsystems in the frequency-domain
M. Benedikt, D. Watzenig, J. Zehetner* and A. Hofer

A consistent projection method for monolithic fluid-structure interaction systems
D. Ishihara* and T. Horie

Comparison between two different decompositions for the solution of fluid-structure interaction problems
J. Degroote*, J. Bols and L. Taelman

Non-linear piezomagnetoestrictive Maxwell tensor finite element
R. Palma, J.L. Pérez-Aparicio* and R.L. Taylor

Keynote Lecturer: Javier Bonet
A new variational framework for large strain hyperelastic piezoelectric materials
J. Bonet*, R. Ortigosa and A.J. Gil

The coupled problem among displacement, thermo and electromagnetic fields and applications in electronic equipments Speaker: Meng Wang
B.Y. Duan* and P.Y. Lian

Thermoelectric simulation of electric machines with permanent magnets
A. Bermúdez, D. Gómez, F. Pena, M.  Piñeiro and P.  Salgado

Mathematical structure of the transport equations for coupled 2D-3D electron gasses in a MOSFET
V.D.  Camiola and V. Romano*

Application of TWIN approach to evaluate the superposition principle of aerodynamic forces in forced response analysis
M. Mesbah, J.F. Thomas* and F.  Thirifay

Aeroelastic response of a wind turbine airfoil section to blade-scale gusts using CFD
T. Gillebaart*, A.H. van Zuijlen and H. Bijl

Mesh deformation with exact surface reconstruction using a reduced radial basis function approach
D.S.C. Kowollik*, M.C. Haupt and P. Horst

Determination of 3D wind induced vibration of cables for cable-stayed bridges
A. Hernández* and J.G. Valdés

Dynamic fluid-structure coupling of yacht sails
M. Durand, A. Leroyer, F. Hauville, P. Bot, B. Augier, Y.  Roux and M. Visonneau*

Plenary Lecturer: Peter Wriggers
Contact of particles in fluids
P. Wriggers and B. Avci

Plenary Lecturer: Wing Kam Liu
Cell and nanoparticle transport in tumor microvasculature and its uncertainty quantification
W.K. Liu, T-R.  Lee, A.M. Kopacz, W. Stroberg, M.S. Greene, W. Chen, S. Hossain, Y. Zhang, T.J.R. Hughes and P. Decuzzi

Plenary Lecturer: Genki Yagawa
Computation and experiment on splash formation by solid body plunging into water
G. Yagawa, M. Yokoyama and O. Mochizuki

Development of the micro scale Monte Carlo model for static recrystallization on the basis of digital material representation
M. Sitko and L. Madej*

A cohesive zone model coupled with in-plane stretch of an interface
A. Esmaeili*, A. Javili and P. Steinmann

Computational optimisation strategies of tailored fiber placement in polymer matrix composites based on local shear stress minimisation
T. Rettenwander*, M. Fischlschweiger and G. Steinbichler

Adaptive solution of a coupled elastohydrodynamic problem arising in magnetic reading devices
I. Arregui*, J.J. Cendán and C. Vázquez

Development of a maximum entropy approach for the thermomecanical modelling of the rotary friction welding process
M. Foca*, G. Racineux and L. Stainier

New coupled thermoelectric link finite element for FGM materials
J. Paulech*, J. Murín, V.  Kutiš and J. Hrabovský

Direct numerical simulation of 3D particulate flows via a FEM-DEM coupling approach and the fictitious domain method
B. Avci* and P. Wriggers

Stochastic optimization of the water flooding process through front tracking
G. Saad*, M. Harajli and F. Azizi

Stability of the waved interface in metal-to-oxide anisotropic transformation
V. Optasanu* and T. Montesin

Coupled quantum-classical transport in Silicon nanowires
O. Muscato* and V. Di Stefano

A Multiscale method to analyze the deterioration due to Alkali Silica Reaction considering the effects of temperature and relative humidity
T. Wu*, I. Temizer and P. Wriggers

Keynote Lecturer: Masahisa Tabata
An energy-stable Galerkin-characteristics interface-tracking scheme for two-fluid flow problems
M. Tabata*

Edge-based residual based eddy viscosity model for the large eddy simulation of turbulent flows with moving boundaries
E.F. Lins, R.N. Elias, F.A. Rochinha and A. Coutinho*

An interface-tracking method based on a conservative phase-field model for computational two-phase fluid dynamics simulations
N. Takada*, J. Matsumoto and S. Matsumoto

Stabilized formulations for the computation of turbulence in internal flows
A. Corsini*, F. Rispoli and T. Tezduyar

Keynote Lecturer: David Gartling
Thermal/fluid analysis of decomposing ablators
D. Gartling*, R.  Hogan, B. Blackwell, M. Howard and D. Kuntz

Keynote Lecturer: Scott Sloan
Adaptive finite element limit analysis incorporating steady state pore pressures
S.W. Sloan*, A.V. Lyamin and K. Krabbenhoft

Accelerating the solution of porous media problems using graphics processing units
G. Stavroulakis and M. Papadrakakis*

Influence of cracks on the soil-atmosphere interaction: numerical coupled model of thermo - atmosphere - porous media
D.  Tabbal*, I. Shahrour, A. Al-Qadad, F. Hage Chehade and M. Sadek

Influence of fluid-mechanical coupling in gas generation in undersaturated petroleum reservoirs
C.E.R. Lautenschläger*, G.L. Righetto, N. Inoue and S.A.B. Fontoura

Lattice Boltzmann based multicomponent reactive transport model coupled with geochemical solver for pore scale simulations
R.A. Patel*, J. Perko, D. Jaques, G. De Schutter, G. Ye and K. Van Breugel

Keynote Lecturer: Agustin Sanchez-Arcilla
High resolution coupled meteo-oceanographic simulations
A. Sanchez-Arcilla*, M. Grifoll, E. Pallarés and M. Espino

Time-dependent damage evolution of short-fibers composites with limited rupture-stress function
L. Nazarenko*

A 2D numerical tool for modeling grain structure of a multi-crystalline silicon ingot during solidification process
Y. Du Terrail Couvat*, A.  Nadri and T.  Duffar

Multiscale analysis of piezoelectric material by using EBSD-measured realistic model
H. Kuramae*, H. Sakamoto and Y. Uetsuji

A multiscale computational framework for nonlocal discrete element models: reduction of spurious effects at interfaces
C. Rey*, J. Marchais and L. Chamoin

A variational description of equilibrium and non-equilibrium thermomechanics of alloys: applications to quasicontinuum modeling
I. Romero*, B. González-Ferreiro and M. Ortiz

Keynote Lecturer: Julio García-Espinosa
Evaluating performance of the air cushion and seals of a Surface-Effect Ship (SES)
J. García-Espinosa*, B. Serván, D. Di Capua, P-A. Ubach and E. Oñate

Ion transport simulation in electrodialysis for sea water desalinsation
K. Masilamani, K. Ibrahim, J. Zudrop*, H. Klimach, E.M. Fernandez Sanchis and S. Roller

Virtual reality 3D simulation of fluid-particle interaction
M. Chekired and V. Roubtsova*

Modelling complex fluid-particle flows using hybrid DEM-CFD-IBM
C-Y. Wu* and Y. Guo

Numerical dynamics of support splitting and merging phenomena appearing in the flow through porous media
K. Tomoeda*

Local scale finite element modelling of stack pollutant emissions
R. Montenegro*, A. Oliver, E. Rodríguez, J.M. Escobar, G. Montero and A. Pérez-Foguet

Keynote Lecturer: Stefan Hartmann
Thermo-mechanical fully coupled p-FEM analysis using high-order time-integration
S. Hartmann* and T. Netz

A high-order fictitious domain approach for multi-physics problems
E. Rank*, N. Zander, S. Kollmannsberger and A. Düster

A partitioned coupling approach for electro-thermo-mechanically coupled problems us ing high order finite elements
P. Erbts* and A. Düster

Thermo-hyperelasticity by p-FEMs with uncertainty quantification
Z. Yosibash* and D. Weiss

Keynote Lecturer: Leszek Demkowicz
hp-Adaptive finite element technology for multiphysics coupled problems
L. Demkowicz*, P. Gatto and K. Kim

Application of a higher-order fictitious domain method to thermoelastic deformation in NC-milling
A. Byfut*, A. Schröder, R. Joliet and A. Zabel

Numerical coupling procedure in steady conjugate heat transfer problems
M-P. Errera* and S. Chemin

Conjugate heat transfer in a porous medium using overlapping grids in OpenFOAM
G.J.C. Wessels* and L. Le Grange

Towards interaction of elastic structures with turbulence induced acoustics at low Mach numbers
F. Flitz* and M. Schäfer

Multiphysics analyses via coupled FEM and SPH
V. Oancea* and M. Chinnakonda

Non-symmetrical BE-FE partitioned formulations for acoustic fluid-structure interaction problems
L. Rodríguez-Tembleque*, J.A. González, A. Cerrato and R. Abascal

Stability of coupling methods for conjugate heat transfer
S. Scholl*, T. Verstraete and B. Janssens

Keynote Lecturer: Norberto Nigro
Recent advances in the Particle Finite Element Method. Towards more complex fluid flow applications
N.M. Nigro*, P. Novara, J.M. Gimenez, M.B. Bergallo, N.A. Calvo, P. Morin and S.R. Idelsohn

Scalability of substructuring domain decomposition algorithms for parallel fluid-structure interaction simulations
S.  Badia* and A.F.  Martín

On the difficulties of real-time co-simulation
G. Stettinger*, M. Benedikt, N. Thek and J. Zehetner

A parallel fluid-particles solver
C. Samaniego*, G. Houzeaux and M. Vázquez

Novel kinetic consistent 3D MHD algorithm for high performance parallel computing systems
B. Chetverushkin*, N. D‘Ascenzo and V. Saveliev

Sloshing analysis in rectangular buffer tanks: Parallel computation and experimental validation
M.A. Cruchaga*, M.A. Storti, R.S. Reinoso and N. Márquez

Use of a BEM model to simulate unsteady coupled heat and moisture flow through porous solid Speaker: Antonio Tadeu
L. Škerget* and A.  Tadeu

An iterative coupling approach to the simulation of elastic wave
J. António*, A.  Tadeu and P. Ferreira

Iterative dynamic model to estimate thermal resistance of wall subjected to a transient heat flux
A.  Tadeu*, N. Simoes, I. Simoes, F. Pedro and L. Škerget

Snap Through of Curved Structures in Thermal Environments
I. Stanciulescu* and Y. Chandra

Network models for the numerical solution of coupled ordinary non-lineal differential equations
I. Alhama, J.L. Morales* and F. Alhama

A new functional for improving cell area distribution
P. Barrera, F.J. Domínguez-Mota and G. González*

Keynote Lecturer: José Luis Pérez-Aparicio
Elastothermoelectric finite element analysis and optimization of pulsed thermoelectric
J.L. Pérez-Aparicio*, R. Palma and J. Gómez-Hernández

Coupled problems in analysis of quantum dots with multiband models
S. Prabhakar and R. Melnik*

Coupled swelling and large strain model for hydrogels: Application to the nucleus pulposus of the intervertebral disc
V. Brulliard*, S. Le Corre and E. Verron

Inverse-motion-based form finding for electro-active polymers
R. Denzer*, A. Ask, A. Menzel and M. Ristinmaa

Numerical simulation for evaporation of chemical agent droplet
H. Hayakawa, M. Yamamoto, M. Kawai and K. Sakamoto

Numerical simulation of diffusion induced crack formation in solids
S. Hirobe* and K. Oguni

A model reduction approach for partitioned treatment of uncertainty in coupled problems
A. Doostan, M.  Hadigol, H. Matthies* and R.  Niekamp

Keynote Lecturer: Dörte Carla Sternel
Simulation of interaction with time resolved turbulent flow field
D.C. Sternel*

New challenging turbulent FSI benchmarks - Measurements and simulations
M. Breuer*, A. Kalmbach and G. De Nayer

On the performance of detached-eddy simulation in fluid-structure interaction problems
S. Türk*, T. Reimann, D.C. Sternel and M. Schäfer

Identification of aeroacoustic sources of turbulent flow over a forward-facing step based on direct numerical simulation
C. Scheit* and S. Becker

Efficient algorithms for fluid-structure interaction simulations with uncertainty quantification
H. Bijl*, R.P.  Dwight, T. Gillebaart, T.  Scholcz and A.H. van Zuijlen

Turbulent flow simulation of multi-species with complex spacer geometry in electrodialysis for sea water desalination
K. Masilamani, J. Zudrop, K. Ibrahim, H. Klimach, E.M.  Fernandez Sanchis and S. Roller*

Keynote Lecturer: Manuel Doblare
A computational and experimental analysis on fibroblast contraction on a hydrogel synthetic extracellular matrix
S. Manzano, M.H. Doweidar, I. Ochoa and M. Doblare*

Keynote Lecturer: Mariano Vázquez
Parallel coupled fluid-electro-mechanical cardiac model
M. Vázquez*, G. Houzeaux, R.  Arís, J. Aguado and P.  Lafortune

A finite element analysis of the performance of stents for angioplasty using the hydroforming process
R. de Araujo, S.A.G. Oliveira, T.A. Guimarães and F.R.F. Neto*

Mechanical analysis of the ring opening test applied to human ascending aortas
C.M. García-Herrera*, D.J. Celentano and P.C. Cárdenas

Femoral vectoring for hip dysplasia in neonates
O.J. Ardila*, K.G. Snethen, E. Divo, F. Moslehy, G.T. Rab, A.J. Kassab and C.T. Price

Modelling of bioheat problems within newborn brain cooling processes
J. Łaszczyk, A. Mączko, W. Walas and A.J. Nowak*

Keynote Lecturer: Jose M. Goicolea
Nonlinear models for lateral dynamics of railway vehicles on bridges subject to wind action
J.M. Goicolea*, P. Antolín and J. Oliva

3D DEM – FEM coupling to analyse the tractive performance of different tire treads in soil
M. Michael* and B. Peters

A multiscale damage model for composite materials using a FFT-based method
J. Spahn*, H. Andrä, M.  Kabel and R. Müller

Coupled thermoelastic simulation of nanovoid cavitation by dislocation emission at finite temperature
M. Ponga, M. Ortiz and M.P. Ariza*

Discrete-continuum coupling method for simulation of laser-induced damage in fused silica
M. Jebahi*, F. Dau, J. L. Charles and I. Iordanoff

Modeling and homogenization of magnetoactive composite materials using the extended finite element method
C. Spieler*, M. Kästner, P. Metsch, J. Brummund and V. Ulbricht

Spatial and temporal instability of slightly curved particle-laden shallow mixing layers
I. Eglite and A.A. Kolyshkin*

Keynote Lecturer: Paulo M. Pimenta
Fluid-structure interaction with immersed boundaries and discontinuous Lagrange multipliers
H.C. Gomes and P.M.  Pimenta*

Non-Incremental transient parametric solution of the Rayleigh-Bénard convection model by using the PGD
M. Aghighi, A. Ammar and F. Chinesta*

Consolidation problem solution with a coupled hydro-mechanical formulation considering fluid compressibility
S.R.C. Brant*, M.P. Cordão Neto and I.F. Gomes

Numerical Solution of P-SV waves with free surface boundary conditions by network method
J.L. Morales, I. Alhama and M. Alcaraz*

Space-time shear-slip mesh update method for fluid-structure interaction problems
H. Schippke* and A. Zilian

Towards FSI simulation of 2D rotor blade sections: FSI2 benchmark problem
K. Nordanger*, T. Kvamsdal, R. Holdahl and K.M. Okstad

Keynote Lecturer: Bernd Markert
Porous media dynamics: numerical solution methods and challenges
B. Markert*, S. Zinatbakhsh and W. Ehlers

Fast solvers and efficient numerical CFD techniques for dynamic porous media problems
S.  Turek, A. Obaid* and B. Markert

Homogenization two-scale framework for preconditioning the direct problem of modeling heterogeneous large deforming porous media
E. Rohan*, V. Lukeš and R. Cimrman

Numerical simulation of inductive heating processes
T. Gleim, D. Kuhl and B. Schröder*

Coupling generalised-α methods: Analysis, adaptivity, and numerics
J. Rang*

Time-adaptive finite element analysis of thermo-electro-mechanically coupled problems for sintering processes
S. Rothe*, S. Hartmann and N. Frage

Keynote Lecturer: Susanne Hoellbacher
A fully-coupled finite volume-fictitious domain method for the simulation of the hydrodynamic interaction of particles in bio-fluids
S. Hoellbacher* and G. Wittum

Implementation of a Weak Coupling Approach between a CFD and an FE Software for Fires in Compartment
N. Tondini* and J-M. Franssen

A Runge Kutta Discontinuous Galerkin approach to solve reactive flows on non-conforming space-time hybrid grids: A first step towards multi-model coupling.
G. Billet, J. Ryan and M. Borrel*

Research on electromechanical field coupling model and solution strategy of large reflector antennas
M. Wang* and W. Wang

Rosenbrock time integration for unsteady flow simulations
D.S. Blom*, H. Bijl, P. Birken, A. Meister and A.H. van Zuijlen

Coupling CFD and CAA through space-time domain decomposition
J. Ryan*, L. Halpern and M. Borrel

Strategies for a controlled servo-hydro-mechanical excavator arm simulator
M. Gubitosa* and D. Dopico

Simultaneous flow of water and air across the land surface during runoff
J-O. Delfs*, A.K. Singh, T. Kalbacher, W. Wang and O. Kolditz

Keynote Lecturer: Yue Yu
Generalized fictitious methods for fluid-structure interactions: Analysis and simulations
Y. Yu*, H. Baek and G.E. Karniadakis

Keynote Lecturer: Henryk Stolarski
A finite-element method for thin shells and curved beams with application to transcatheter prosthetic heart valve
A. Gilmanov, H. Stolarski* and F. Sotiropoulos

Keynote Lecturer: Cyrus Aidun
The physics of platelet margination and consequences in cardiovascular flows
C.K. Aidun*, M. Mehrabadi, D.A. Reasor and D.N. Ku

Fluid-structure interaction simulation of cardiovascular tissues: a coupling between a non-linear finite element model of thin shells with the curvilinear immersed boundary method
T.B. Le, A. Gilmanov*, H. Stolarski and F. Sotiropoulos

A stable and clinically relevant approach for coupled multi-field and multidimensional simulations in cardiovascular and respiratory biomechanics
W.A. Wall*, M. Ismail, V. Gravemeier, M.W. Gee and L. Yoshihara

Fluid-wall transport modelling in a rat aortic bifurcation and associations with the initiation of atherosclerosis
A. Comerford*, Y. Chooi, P.D. Weinberg and S.J. Sherwin