| MAFELAP 2009 - MINISYMPOSIA | |||
| Symposium Title | Speaker (tentative) and Talk Title | ACTION | |
| APEL, Thomas RÖSCH, Arnd |
Finite Element Approximations in Optimal Control | Christian
Meyer - A priori finite element error analysis for state-constrained bounary
control problems Gert Lube - Is boundary control suitable for sigularly perturbed elliptic problems Ira Neitzel - On error estimates for the finite element discretization of elliptic semiinfinite optimization problems Daniel Wachsmuth - Convergence and regularization results for optimal control problems with sparsity functional Shipeng Mao - Convergence analysis of a simple adaptive finite element method for optimal control problems Arnd Rösch - A new estimation technique for state constrained optimal control problems Dominik Meidner - A Priori Error Estimates for Finite Element Discretizations of Parabolic Optimization Problems with Pointwise State Constraints in Time Uwe Prufert - Direct solution of non-smooth optimality systems for PDE control by FE software - space-time elements and smoothed projection formulas Thomas Apel - Local mesh grading for optimal control problems in nonconvex domains Serge Nicaise - Optimal control of the Stokes problem under reduced regularity Juan Carlos de los Reyes - Finite Element Error Analysis for State-Constrained Optimal Control of the Stokes Equations Martin Bernauer - Optimal Control of the Two-Phase Stefan Problem: Numerical Approximation Techniques |
|
| BESPALOV, Alex | Finite Element Approximations of Singularities | Hengguang
Li (USA) - An FEM for the Neumann and Transmission Problems Chad Westphal (USA) - Least-Squares FEM for Problems with Bounary Singularities Alex Bespalov (UK) - Approximations of singularities by boundary element methods |
|
| BLOUZA, Adel BEN BELGACEM, Faker |
Numerical Analysis of Unilateral Contact between structures | Christine
Bernardi (France) - Finite element discretizations of the contact between two
membranes Zakaria Belhachemi (France) - tbc Yves Renard (France) - The Singular Dynamic Method: a well-posed semi-discretization of contact problems in elastodynamics Patrick Hild (France) - tbc |
|
| CHANDLER-WILDE, Simon GRAHAM, Ivan LANGDON, Steve |
Boundary Element Methods for High Frequency Problems | Markus
Melenk (Austria) - Mapping properties of Helmholtz boundary integral
operators and their application to the hp-BEM Steve Langdon (UK) - Fully discrete hp BEM for high frequency scattering Tatiana Kim (UK) - A hybrid numerical-asymptotic method for high-frequency scattering Daan Huybrechs (Belgium) - Local solutions to high frequency scattering problems Emmanuel Perrey-Debain (France) - Adaptive plane wave basis in BEM for irregularly meshed scattering structures Catalin Turc (USA) - Fast, High-Order, Well-Conditioned Algorithms for the Solution of Three-Dimensional Acoustic and Electromagnetic Scattering Problems Mahadevan Ganesh (USA) - A fully discrete Galerkin method for high frequency acoustic scattering in three dimensions Christophe Geuzaine (Belgium) - An iterative approach for the solution of multiple-scattering problems at high-frequencies using finite elements Ivan Graham (UK) - Lower bounds on the inverse of the combined potential operator at high frequency for a class of non-convex domains Timo Betcke (UK) - Applications of fundamental solution methods in wave computations Moss Mokgolele (UK) - High frequency scattering by a convex polygon with impedance boundary condition Euan Spence (UK) - A spectral collocation method for the Laplace and Modified Helmholtz equations in a convex polygon Lehel Banjai - Runge-Kutta methods for integral equations of time-dependent acoustic scattering Jon Trevelyan (UK) - Adaptive PU-BEM for Helmholtz problems |
|
| DEMKOWICZ, Leszek SCHOEBERL, Joachim |
Higher Order and hp Finite Element Methods for Wave Propagation Problems | Sven
Beuchler - TBA Morgane Bergot - Spectral-Like Element Methods on Hybrid Meshes for the Wave Equations Gary Cohen - A Spectral Spurious-Free H1-L2 Approximation of Maxwell Equations Leszek Demkowicz - Transfinite Interpolation and Construction of H1 Shape Functions for Hexas, Tets, Prisms and Pyramids Marc Durufle - Spectral-Like Element Methods on Hybrid Meshes for the Wave Equations Tim Euler - TBA Luis E. Garcia-Castillo - Goal-Oriented hp-Adaptive Strategies for the Analysis of Scattering and Radiation of Electromagnetic Waves Paolo Gatto - Transfinite Interpolation and Construction of H1 Shape Functions for Hexas, Tets, Prisms and Pyramids Hafiz Abduk Wajid - Dispersive and Dissipative Behaviour of Optimally Blended Finite Element/Spectral Element Schemes for Wave Propogation Martin Huber - Domain decomposition for high frequency problems with p-FEM (p >1000) Paul Ledger - Efficient Preconditioning for High Order Edge Elements Applied to Wave Propagation and Eddy Current Problems Christoph Lehrenfeld - Efficient High Order DG Method for Time-domain Maxwell Equations Lothar Nannen - TBA Frederick Qiuw - Mixed hp-FEM for Linear Elasticity with Weakly Imposed Symmetry Joachim Schoeberl - Domain decomposition for high frequency problems with p-FEM (p >1000) Alexandre Sinding - A Spectral Spurious-Free H1-L2 Approximation of Maxwell Equations Rafael Vazquez - Approximation of Maxwell Equations with B-splines Sabine Zaglmayr - Efficient Preconditioning for High Order Edge Elements Applied to Wave Propagation and Eddy Current Problems Adam Zdunek - hp-Adaptive Electromagnetic Scattering Analysis of Jent Engine Inlets |
|
| DEMLOW, Alan LEYKEKHMAN, Dmitriy |
Mathematical aspects of finite element methods | Thomas
Apel (Germany) - Local finite element error estimates for optimal control
problems Constantin Bacuta (USA) - Multilevel Algorithms for Saddle Point Problems Varis Carey (USA) - Error Control in Elliptic Problems with Pollution Alan Demlow (USA) - Pointwise gradient estimates on highly graded meshes Johnny Guzman (USA) - Local energy estimates for the finite element method on sharply varying grids Dmitriy Leykekhman (USA) - Holder estimates for Green's functions on convex polyhedral domains and their applications to finite element methods Hengguang Li (USA) - An FEM for the asymmetric Laplace Operator |
|
| DOSTAL, Zdenek MAISCHAK, Matthias |
Contact Problems | Rolf
Krause (Germany) - From Large Deformations to Dynamic Problems:Stable
Discretization Approaches for Contact Problems in Elasticity Igor Bock (Slovak Republic) - Dynamic contact problems for viscoelastic membranes: discretization Zdenek Dostal (Czech Republic) - Scalable TFETI for semicoercive multibody frictionless contact problems Tomas Kozubek (Czech Republic) - Scalable TFETI for contact problems - parallel implementation and real world problems Tomas Brzobohaty (Czech Republic) - Scalable TFETI for contact problems - dynamic and real world problems Ch Weissenfels (Germany) - Numerical modeling of electrical contacts Matthias Maischak (England) - Mixed fem-bem coupling for non-linear transmission prolems with Signorini contact Joachim Gwinner (Germany) - Approximation of higher order for unilateral problems and effective quadrature Philipp Doersek (Austria) - Adaptive hp-finite element methods for the contact problems with Tresca friction in linear elasticity Alexey Chernov (Germany) - hp-FE/BE coupling for interface problems based on Nitsche's method Michael Andres (Germany) - Dual-mixed method for contact problems with friction Jiri Dobias (Czech Republic) - Solution to nonlinear problems by TFETI method Radek Kucera (Czech Republic) - Scalable TFETI for 3D contact with Coulomb friction Petr Beremlijski (Czech Republic) - Shape optimization in 3D contact problems with Coulomb friction Vit Vondrak (Czech Republic) - Contact shape optimization with parallel TFETI based solution of state problems |
|
| DUESTER,
Alexander RANK, Ernst BAZILEVS, Yuri |
Finite elements and geometry | Leszek
Demkoicz (USA) - G1-Interpolation
and Geometry Reconstruction for Higher Order Elements Joachim Schoeberl (Germany) - hp-Mesh Refinement on Curved Tetrahedral Meshes Marie Beaudouin (France) - Sensitivity of cylindrical shells Isabelle Ramiere (France) - General fictitious domain approaches with non-boundary fitted and multilevel nested structured meshes: theory and application Peter Vos (UK) - A comparison of fictitious domain methods appropriate for high-order finite element methods Alexander Düster (Germany) - The Finite Cell Method Fehmi Cirak (UK) - Immersed B-Spline Finite Elements for Complex Domains Bernd Simeon (Germany) - Adaptive Isogeometric Analysis with T-Splines John Evans (USA) - Approximation properties of k-refined NURBS in isogeometric analysis Alessandro Reali (Italy) - NURBS-based isogeometric analysis versus p-finite elements in structural dynamics and wave propagation Giancarlo Sangalli (Italy) - Quadrature Rules for NURBS-based Isogeometric Analysis Kai-Uwe Bletzinger (Germany) - Finite Elements and Optimal Shape Design Marco Verani - Adaptive Finite Elements for Shape Optimization Problems |
|
| EDWARDS, Michael WHEELER, Mary |
Recent Developments in Locally Conservative Methods for Flow in Porous Media | Mark
Ainsworth (UK) - A Posteriori Error Estimation for High Order Mixed Finite
Elements Todd Arbogast (USA) Gabriel Barrenechea (UK) - Nodal symmetric locally mass conservative finite element methods for Darcy flow Jerome Jaffre (France) - Subdomain time stepping and space time domain decomposition Michael E Edwards (UK) - Multidimensional Upwind Methods for Flow in Porous Media on General Grids in 2-D Mayur Pal - Non-Linear Flux-Splitting Schemes with Imposed Discrete Maximum Principle for Elliptic Equations with Highly Anisotropic Coefficients Daniil Svyatskiy (USA) - A Multilevel Multiscale Mimetic (M^3) Method for Two-Phase Flows in Porous Media Mary F. Wheeler (USA) Daniele Di Pietro (France) - Convergence analysis of L type Finite Volume Schemes for diffusion problem on general meshes with discontinuous coefficients |
|
| EPSHTEYN, Yekaterina RIVIERE, Beatrice GUZMAN, Johnny |
Theoretical and Computational Aspects of Discontinuous Galerkin Methods | Francisco-Javier
Sayas Gonzalez - Coupled HDG-BEM Eric Burman - Stability without penalty:bubble staabilized discontinuous Galerkin method using a symmetric formulation for second order elliptic problems Paul Houston - Application of Adaptive Discontinuous Galerkin Methods to Bifurcation Phenomena in Pipe Flows Beatrice Riviere - A multinumerics method for solving a multiphysics problem Rommel Bustinza - An a posteriori error estimate for an augmented discontinuous Galerkin formulation for Stokes problem Yekaterina Epshteyn - Numerical Methods for Chemotaxis Models Thomas Wihler - Exponential Convergence of hp-DGFEM for Linear Second-Order Elliptic Problems in 3-D Polyhedra Johnny Guzman - An HDG method for the biharmonic problem Ilaria Perugia - Discontinuous Galerkin approximation of eigenvalue problems Jue Yan - A new discontinuous Galerkin method for directly solving Hamilton-Jacobi equations Guido Kanschat - Discontinuous Galerkin methods for radiative transfer in diffusive regimes Dominik Schoetzau - A Mixed DG Method for Linearized Incompressible Magnetohydrodynamics Jennifer Ryan - Local Derivative Post-processing for the discontinuouis Galerkin method Marcus Grote - Discontinuous Galerkin methods and local time-stepping for transient electromagnetic waves Slimane Adjerid - A Posteriori DG Error Estimates for Hyperbolic Systems Fatih Celiker - Hybridized DG methods for Timoshenko beams Paula Antonietti - Bubble stabilization of the Baumann-Oden DG formulation Benjamin Stamm - A posterior estimates of the bubble stabilized discontinuous Galerkin method Daniela Capatina - A discontinuous Galerkin method for the Stokes equations related to nonconforming finite element methods |
|
| FEISTAUER, Miloslav DOLEJSI, Vit VAN DER VEGT, Jaap |
Recent Advances in Discontinuous Galerkin Methods | Paul
Houston - hp-Anisotropic Adaptive Discontinuous Galerkin Finite Element
Methods for Compressible Flows Thomas Wihler - hp-Optimality in DG methods for elliptic problems Ferenc Izsak - A high-order DG method for the time harmonic Maxwell equations Miloslav Feistauer - On the DG method for the solution of IBVP's in time dependent domains Alexandre Ern - Discrete functional analysis results for Discontinuous Galerkin Methods Vit Dolejsi - On the optimality of IPG methods for odd degrees of polynomial approximation Vaclav Kucera - Optimal error estimates for nonlinear diffusion in the DG method Jaap van der Vegt - Analysis of multigrid techniques for higher order accurate DG discretizations |
|
| HEUER, Norbert SELLIER, Antoine |
Boundary
Elements: theory and applications Dedicated to Prof. George Hsiao on the occasion of his 75th birthday |
George
Hsiao (USA) - Boundary integral equation method for an initial-boundary value
problem in viscous compressible flow Francisco-Javier Sayas (Spain) - New results on non-symmetric BEM-FEM coupling schemes Alastair Radcliffe (Germany) - Symmetric and Non-Symmetric FEM-BEM Coupling for the Exterior Stokes problem Wolfgang Wendland (Germany) - On the Gauss problem Martin Healey (UK) - The mortar boundary element method Dirk Praetorius (Austria) - Convergence of Adaptive BEM Fabian Duddeck (UK) - On the Mathematics for a Hybrid Boundary Element Approach based on Traditional Boundary Integral Equations and Alternative Boundary Integral Equations via the Fourier Transform Antoine Sellier (France) - Regularized boundary-integral equations for creeping-flow problems involving arbitrary clusters of spherical droplets Alexei Bespalov (UK) - On the convergence analysis of high-order BEM for electro-magnetic scattering in three dimensions Victor Dominguez (Spain) - Mathematical analysis of a high order Nystrom method for BIEs in three dimensional scattering problems Alexey Chernov (Germany) - Exponential Convergence of hp Quadratures for Integral Opertors with Gevrey Kernels Matthais Maischak (UK) - hp-BEM on curved surfaces Luiz Wrobel (UK) An inverse geometric problem for the localisation of skin tumours by thermal analysis Alessandro Brancati (UK) - Rapid solver for 3D Acoustic Problems using Boundary Element Method Isabelle Terrasse (USA) - Applications of Fast Multipole Methods in aeronautics El-Hadji Koné (France) - Treatment of Singularities for a Volume Integral Equation |
|
| JOHN, Volker KUZMIN, Dmitri LUBE, Gert |
Finite Element Methods for Convection-dominated problems | Johnny
Guzman (USA) - Analysis of higher-order streamline diffusion methods on
arbitrary grids Petr Knobloch (Prague) - New variant of the local projection method for convection-diffusion-reaction equations Friedhelm Schieweck (Magdeburg) - Adaptive Postprocessing for Local Projection Stabilization Methods Erik Burman (Sussex) - Finite element methods with symmetric stabilization for the transient convection-diffusion-reaction equation Alexandre Ern (Paris) - Explicit Runge-Kutta schemes and finite element methods with symmetric stabilization for first-order PDE systems Dmitri Kuzmin (Dortmund) - Limiting techniques for continuous and discontinuous Galerkin approximations to convection-dominated transport equations P. van Slingerland (Delft) - A local theta scheme for advection problems with strongly varying meshes and velocity profiles Julia Novo (Spain) - Stabilization of Galerkin finite element methods for transient advection-diffusion problems Matthias M"oller (Dortmund) - Goal-oriented error estimates and mesh adaptation for flux-limited Galerkin schemes Marcel Gurris - A Robust Semi-Implicit Finite Element Scheme for Nonlinear Hyperbolic Systems Carola Kruse (Brunel) - Regularity and Approximation of Elliptic-Hyperbolic Coupled Problems Gunar Matthies (Bochum) - Local projection methods for flow problems John Evans (USA) - Enforcement of constraints in the variational multiscale method for convection-dominated problems Volker John (Saarlandes) - A Variational Multiscale Method for Turbulent Flow Simulations with Adaptive Large Scale Space Gert Lube (Goettingen) - Finite element simulation of natural convection flows with minimal stabilization Alexander Linke (Berlin) - Mass Conservative Coupling of Fluid Flow and Species Transport in Electrochemical Flow Cells Johannes L"owe (G"ottingen) - Numerical Results for the Simulation of Natural Convection in a Square Cavity with Stabilized Finite Elements |
|
| KOSSOVICH, Leonid KIRILLOVA, Irina |
Cardiovascular Biomechanics | Leonid
Kossovich - Mathematical Modelling of Human Carotid in Healthy, Affected, or
Post-Corrective Surgery Conditions Irina Kirillova - Finite Element Modelling of Arteries with Pathologic Coiling Behaviour Padmanabham Seshaiyer (tbc) |
|
| LAKKIS, Omar GEORGOULIS, Emmanuil |
Error control and adaption in evolution problems | Stefano
Berrone (Italy) Javier De Frutos (Spain) - Error estimation in time dependent convection-diffusion equations Alan Demlow (USA) - Localized pointwise a posteriori error estimates for parabolic problems Fotini Karakatsani (Germany) Charalambos Makridakis (Greece) Serge Nicaise (France) - A posteriori error estimates for a nonconforming finite element discretization of the time-dependent Stokes problem Tristan Pryer (England) Rob Stevenson (The Netherlands) Vanessa Styles (England) - Primal-dual active set methods for Allen-Cahn variational inequalities Sören Bartels (Germany) Panagiotis Chatzipandelidis (Greece) - A posteriori error estimates for the BDF2 method for parabolic equations |
|
| LANGER, Ulrich STEINBACH, Olaf |
Domain Decomposition and BEM | Marie
Sadowska (Ostrava, Czech Republic) - Scalable TBETI based solver for 3D
contact problems (joint talk with Z.Dostal and T. Kozubek) Clemens Pechstein (Linz, Austria) - FETI/BETI methods in unbounded domains Thomas Rueberg (Cambridge, UK) - Coupling of boundary and finite element methods for time-domain problems Olaf Steinbach (Graz, Austria) - Boundary element tearing and interconnecting methods for non-elliptic partial differential equations |
|
| MELENK, Marcus SAUTER, Stephan |
FEM for highly indefinite and eigenvalue problems | Joachim
Schoeberl (Germany) - Hybrid Finite Elements for the Helmholtz Equation Stefan Sauter (Switzerland) - Convergence Analysis for Finite Element Discretizations of the Helmholtz Equation Irene Livshits (USA) - New multigrid approach for finding many eigenfunctions of discrete PDEs Steano Giani (UK) - A convergent adaptive finite element method for photonic crystal fiber applications Jeff Ovall (USA) - A robust error estimator for elliptic eigenvalue problems Thorsten Rohwedder (Germany) - Convergence and complexity of an adaptive algorithm for eigenvalue computation |
|
| MIKHAILOV, Sergey | Theory and Numerics of Boundary- Domain Integral Equations | ||
| MONK, Peter PERUGIA, Ilaria |
FEM with non-polynomial basis functions | Teemu
Luostari (Finland) - The ultra-weak variational formulation using Bessel
basis functions Ralf Hiptmair (Switzerland) - Plane wave discontinuous Galerkin methods: convergence theory Anderea Moiola (Switzerland) - Approximation by plane waves Gwenael Gabard (UK) - Non-reflecting and modal boundary conditions for the wave-based discontinuous Galerkin method Jari Toivanan (USA) - The Discontinuous Enrichment Method for the Helmholtz Equation Timo Betcke (UK) - Analysis of a least-squares finite element method for scattering on polygons Wim Desmet (Belgium) - On the use of a Trefftz-based wave based prediction technique for solving Helmholtz problems involving multiple scatterers Annalisa Buffa (Italy) - NURBS based discretization methods for PDEs |
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| NOBILE, Fabio TEMPONE, Raul PRUDHOMME, Serge |
Validation and robust prediction in computational science | Ernesto
Prudencio (USA) - Computationally Intensive Calibration and Validation of
Thermochemical Models with Shock Tube Radiation Measurements Thomas Carraro (USA) - An adaptive finite element method for optimal experimental design Houman Owhadi (USA) - Uncertainty Quantification in Modular and Hierarchical Structures through Concentration of Measure Inequalities Tony O'Hagan (UK) - Validating uncertain predictions Barbara Goller (Austria) - Robust Modal Updating with insufficient Data Todd Oliver (USA) - Model Uncertainty Modeling for the Reynolds-Averaged Navier-Stokes Equations Omar Lakkis (UK) - Monte-Carlo simulations and benchmarking for the stochastic Allen-Cahn problem |
|
| PRUDHOMME, Serge KOROTOV, Sergey BAUMAN, Paul |
Goal-oriented error estimation and adaptivity | David
Pardo (Spain) - Parallel goal-oriented adaptivity for a Fourier finite
element method. Applications to the
oil-industry Ludovic Chamoin (France) - Goal-oriented error estimation through strict and effective bounds for fracture mechanics problems solved with the XFEM Bruno Turcksin (USA) - Goal-oriented mesh adaptivity for 3-D SPN equations Simona Perotto (Italy) - Mesh adaptation driven by a posteriori error estimators in an anisotropic framework Mike Warby (UK) - Discretization error and modelling error in the context of the inflation of hyperelastic membranes Paul Bauman (USA) - Goal-oriented error estimation and adaptive modeling of coupled particle and continuum models Fabio Nobile (Italy) - Model adaptation for electrocardiology applications Kris van der Zee (The Netherlands) - Goal-oriented error estimationa nd adaptivity of fluid-structure interaction using exact linearized adjoints Thomas Richter (Germany) - Adaptive finite element solution of fluid-structure interaction problems Winnifried Wollner (Germany) - A posteriori error estimates for state-constrained optimal control on non-smooth domains Serge Prudhomme (USA) - Multiscale modeling using numerical homogenization, adaptive meshes, and Moore-Penrose pseudoinverse Karel Segeth (Czech Republic) - Analytical and computational a posteriori error estimates for adaptive finite element methods Martin Vohralik (France) - Guaranteed and robust a posteriori error estimates for problems with inhomogeneous coefficients and dominant reaction Linda El Alaoui (France) - Fully computable error estimatros for nonlinear problems Zhaocheng Xuan (China) - On the upper bounds property of the smoothed finite element method Malte Braack (Germany) - Dual-based a posteriori error estimation for quasi-periodic problems Frederik Larsson (Sweden) - On a time-sequential adaptive strategy in FE-analysis for the visc0-plasticity problem Dominik Meidner (Germany) - Goal oriented space-time adaptivity for simulationa and optimization of parabolic systems |
|
| PULTAROVA, Ivana MAREK, Ivo BURDA. Pavel CERTIKOVA, Marta SISTEK, Jakub |
Domain decomposition methods and hierarchical bases of finite elements | Jakub
Sistek (Czech Republic) - Parallel implementation of the BDDC method for
linear elasticity Bedrich Sousedik (USA) - Adaptive Multilevel BDDC Method Ivana Pultarova (Czech Republic) - Applying hierarchy for constrains in BDDC |
|
| SCHNEIDER, Reinhold | Numerical Problems in Density Functional Theory | E.
Cances (Paris) E.K.U. Gross/Sharma (FU Berlin) - Density Matrix Function Theory K. Hoke (WIAS Berlin) - Iterative Solution of the Kohn-Sham System for Semiconductor Devices R. Schneider (TU Berlin) - Direct minimization with orthogonality constraints (tbc) S. Schwinger (MPI Leipzig) - A posteriori error estimators for Hartree Fock and DFT |
|
| SCHREFL, Thomas | New trends in micromagnetics | Oriano
Bottauscio Sören Bartels Alexander Goncharov Riccardo Hertel Pascal Jaisson Marian Slodicka |
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| SHASHKOV, Mikhail SCOVAZZI, Guglielmo LIPNIKOV, Konstantin |
Advanced Discretization Methods | Konstantin
Lipnikov - Local flux mimetic finite difference method M. Manzini - Higher order flux calculations in the Mimetic Finite Difference Method M. Edwards - Quasi-Positive Continuous Darcy-Flux Finite Volume Schemes R Herbin - A unified approach to Memetic Finite Difference, Hybrid Finite Volume and Mixed Finite Volume methods G. Scovazzi - Advances in stabilized Lagrangian shock hydrodynamics on brick- and simplex-type finite elements L. Beirao da Veiga - A Mimetic Finite Difference method for the Stokes problem I. Yotov - Coupling of Stokes and Darcy flows using discontinuous Galerkin and mimetic finite diffeence methods |
|
| TESSLER, Alex DI SCIUVA, Marco GHERLONE, Marco |
Higher-Order and Zigzag Bending Theories with Applications in Computational Mechanics | Todd
Williams (USA) - A New Type of General Theory for the Development of
Nonlinear Multiscale Plate Theories Marco Gherlone (Italy) - A CO-continuous Two-Node Beam Element Based on Refined Zigzag Theory and Interdependent Interpolations Ugo Icardi (Italy) - Layerwise model with adaptive refinement across the thickness and fixed functional degrees-of-freedom D. Versino (Italy) - An Efficiient, CO-continuous Triangular Element for Laminated Composite and Sandwich Plates with Improved Zigzag Kinematics |
|
| TOMAR, Satyendra ERN, Alexandre |
A posteriori error estimates for discontinuous Galerkin methods | Serge
Nicaise (Valenciennes) - Gradient recovery by averaging for DG methods Richard Rankin (Strathclyde) - Fully computable error bounds for discontinuous Galerkin finite element approximations on meshes containing hanging nodes Martin Vohralik (Paris) - Guaranteed and robust discontinuous Galerkin a posteriori error estimates for convection-diffusion-reaction problems Satyendra Tomar (Linz) - Optimal cost for functional-type a posteriori error estimates for discontinuous Galerkin approximations Guido Kanschat (USA) - Convergent adaptive iterations for DG methods Liang Zhu (British Columbia) - Energy norm a-posteriori error estimation for hp-adaptive discontinuous Galerkin methods for convection-diffusion equations Omar Lakkis (Sussex) - A posteriori error control for spatially discontinuous Galerkin schemes in evolution equations Max Jensen (Durham) - A unifying framework for a posteriori error control for discontinuous Galerkin FEM |
|
| VERMOLEN, Fred | Finite element methods in tissue and bone mechanics | Rolf
Krause (Bonn, Germany) David Swigon (Pittsburgh, USA) Etelvina Javierre (Zaragoza, Spain) Fred Vermolen (Delft, The Netherlands) |
|
| YOTOV, Ivan WHEELER, Mary |
Stochastic and multiscale numerical modeling of PDEs | Todd
Arbogast (USA) - Homogenization-based Multiscale Finite Elements for
Heterogeneous Porous Media Ivan Yotov (USA) - Uncertainty estimation for flow in non-stationary random porous media using stochastic collocation and a mortar multiscale flux basis Mary Wheeler (USA) - Multiscale Basis Mortar Mixed finite Element for Multiphase Flow Eun-Jae Park (Korea) - Coupling Mixed Methods using Mortar Finite Elements for Elliptic and Parabolic Problems |
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