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ENUMATH 2015
Monday 14th September (Morning)
Registration
07:30- 08:50
Opening
08:50-09:00
Mark Ainsworth
09:00-09:50
Desmond J. Higham
09:50- 10:40
Multigrid at Scale?
Models and Algorithms for Dynamic Networks
Coffee Break
10:40- 11:10
COSYM
DGMFEM
NONLOC
Computational Modeling of
Multi-Physics Phenomena in
Advanced Engineering
Applications
Numerical and theoretical
study of nonlocal problems
Numerical analysis for
systems with symmetry and
cosymmetry
Recent trends and
applications in
discontinuous Galerkin and
mixed finite element method
Kaya-Merdan, John
Göktepe, Gürses
Aksoylu, Beyer
Tsybulin, Govorukhin
Bause, Kumar
Gallistl
Adaptive nonconforming finite
element approximation of
eigenvalue clusters
John
Aspects of reduced order
models for convectiondominated problems
and incompressible flow
problems
Temizer
Homogenization of soft
interfaces in time-dependent
hydrodynamic lubrication
Novicki
Spectrum analysis of the
weighted finite difference
scheme for the wave equation
with the nonlocal integral
boundary conditions
Tsybulin
Porous media convection,
cosymmetry and numerical
schemes for
cylindrical coordinates
Henning
Multiscale Approximations for
Mixed Finite Element Methods
Sebestova
Lower bounds for principle
eigenvalues of symmetric
linear elliptic operators
Matthies
Higher order variational time
discretisations for the Oseen
equations
Partl
Numerical solution of gas flow
and NAPL vapor transport in
soil
Skucaite
Eigenspectrum analysis of the
Sturm-Liouville problem with
nonlocal integral boundary
condition
Shevchenko
On selection of equilibria in
Lapwood convection
Wagner
Higher order time
discretization for simulation
and optimization of
water supply networks
12:10- 12:40
Gastaldi
Adaptive FEM for
approximating clusters of
eigenvalues of the
Laplace problem in mixed form
Knobloch
Analytical and numerical
results for algebraic flux
correction
schemes
Kolar
Numerical solution of
constrained curvature flow
Aksoylu
Local boundary conditions in
nonlocal theories
Frischmuth
Cosymmetry approach to
modeling of species
coexistence in a
heterogeneous habitat
Ern
Arbitrary-order mixed methods
for heterogeneous anisotropic
diffusion on general meshes
12:40- 13:10
Ovall
Cluster-robust error estimates
for non-self-adjoint eigenvalue
problems
Barrenechea
New positivity preserving
discretisations for the
convection-diffusion
equation
Govorukhin
Numerical analysis of Darcy
convection problems near
cosymmetric
Situation
Findeise
Parallel and Adaptive spacetime
Computation of Maxwell’s
Equations
Minisymposia
Organizers
APEIG
CONVDOM
MULPHY
A posteriori error estimates
for linear and nonlinear
eigenvalue problems
Finite element methods for
convection-dominated
problems
Maday, Stamm, Vohralik
Chair
11:10- 11:40
11:40- 12:10
13:10- 14:30
Henlein
Domain-Decomposition-Based
Beyer
fluid structure interaction
On a class of nonlocal wave
methods
equations from applications
using nonlinear anisotropic
arterial wall models
Lunch
ENUMATH 2015
Monday 14th September (Afternoon)
APEIG
Minisymposia
Organizers
MULPHY
TIMEPAR
ITADR
Fast solvers for PDEconstrained optimization
Iterative solvers for higher
order or time-parallel
methods in parabolic PDEs
Iterative methods for
advection-diffusion-reaction
problems
MATMAN
PDEOPT
A posteriori error estimates
for linear and nonlinear
eigenvalue problems
M Matrix Manifolds and
Applications
C Computational Modeling
of Multi-Physics Phenomena
in Advanced Engineering
Applications
Maday, Stamm, Vohralik
Zimmermann, Huang
Göktepe, Gürses
Stoll, Takacs
Krause, Weiser
Manguoglu, Boonkkamp
Dusson
A Posteriori error estimates for
nonlinear Schrödinger
equations
Zimmermann
Local parametrization of
reduced order subspaces on
matrix
manifolds via derivative
information
Gürses
Finite Element modeling of
three dimensional spherulite
microstructures
Dolgov
Low-rank solution of
optimization problems
constrained by
fractional differential equations
Weiser
Adaptive inexact spectral
deferred correction methods
for long-time
Integration
Krukier
Numerical solution of steady
convection-diffusion equation
in
compressible medium
Dal
Computational modeling of
multi-physics phenomena in
Lithium-Ion battery electrodes
Takacs
All-at-Once Multigrid methods
for optimal control problems
with
inequality constraints
McDonald
A proposal for parallel
computation over time of an
evolutionary
process with implicit time
stepping
Gijzen
The induced dimension
reduction method applied to
advection-diffusion-reaction
problems
Mishra
Metric tuning in Riemannian
optimization
Yalçınkaya
Micromechanically motivated
cohesive zone formulation for
ductile
Fracture
McDonald
A parallelizable preconditioner
for all-at-once solution of
time-dependant PDEconstrained optimization
problems
Neumüller
Parallel multigrid solvers for
space-time problems
Sivas
Discretization and iterative
schemes for advectiondiffusion-reaction
problems
Angst
Low-Rank Models for 3D
reconstruction and image
retrieval
Göktepe
Multi-Physics approaches to
computational cardiology
Funke
Data assimilation in timedependent blood flow
simulations
Krause
Applications of Parareal for
diffusive problems with
strongly
jumping coefficients
Chair
14:30 - 15:00
15:00 - 15:30
15:30 - 16:00
16:00 - 16:30
16:30 - 17:00
Rannacher
Duality-based a posteriori
error analysis of discretized
eigenvalue
problems with application to
stability analysis
Hu
Constructing both lower and
upper bounds of eigenvalues
by
nonconforming FEMs
Huang
A Riemannian BFGS method
for nonconvex optimization
problems
Coffee Break
ENUMATH 2015
Monday 14th September (Late Afternoon)
Contributed
Talks
Chair
Kadir
An adaptive mass
algorithm for CarParrinello and
Ehrenfest ab initio
molecular dynamics
Bozkaya
DRBEM solution of the
double diffusive
convective flow
17:30 - 18:00
Kůs
Mesh Adaptivity for
Domain Decomposition
Method
Alsoy-Akgün
A Numerical Solution of
Natural Convection Flow
of Water-Based
Nanofluids with DRBEM
18:00 - 18:30
Lee
Adaptive finite methods
for the simulation of a
Solid Oxide Fuel Cell
cathode
Oğlakkaya
Natural convection of
nanofluid flows in a
semicircular annulus
using DRBEM
17:00 - 17:30
18:30 - 19:00
Unger
Boundary element
methods for Maxwell’s
eigenvalue problems
Fialko
On the calculations of
thermodynamic quantities
in semiclassical
Holstein model
Ašeris
Computational Modelling
of Wire Biosensor with
Competitive
Substrates Conversion
Considering
Discontinuous
Concentrations
Doronov
Numerical solutions of
inverse problems for
systems of ordinary
differential equations
illustrated by
pharmacokinetic models
Gökgöz Küçüksakallı
Multistationarity, Hybrid
Dynamical Systems with
Memory and
Tumor-Immune
Interaction
Moghrabi
ExtraUpdateMultistepSkip
pingMethodsUpdatesforU
nconstrainedOptimization
Sorgentone
An integral equation
method based on
discretization of
deformable
drops by spherical
harmonics
Halla
Convergence of Hardy
Space Infinite Elements
for Helmholtz
Scattering and
Resonance Problems
Festa
Reconstruction of
independent sub-domains
for a class of
Hamilton-Jacobi
equations and application
to parallel computing
Dan
Efficient 3D-Scan
Planning with
Mathematical
Optimization
Kormann
Solving the 6D Vlasov
equation in tensor train
format
Ahlkrona
Ice Sheet Modelling Dynamically coupling the
non-linear Stokes
equations with the
Shallow Ice
Approximation
Šíp
CFD Optimization of
Near-Road Vegetation
Barrier
Enkhbat
Applications of
Semidefinite Quasiconvex
Programming in
Economics and
Engineering
Augustin
A New Approach to
Computing Poroelastic
Stresses
Arjmand
A Time Dependent
Approach for Removing
the Cell-Boundary Error
in Elliptic Homogenization
Problems
Alveroglu
Convective instability of
the BEK flows over rough
rotating disks
Topkarcı
A Numerical study of the
small dispersion limit of
the long
wave-short wave
interaction equations
Mukanova
Accounting for the impact
of ground surface relief
during the
solution of direct
problems of electrical
prospecting
Valášek
Numerical Approximation
of Interaction of Fluid
Flow and Elastic
Structure Vibrations
ENUMATH 2015
Tuesday 15th September (Morning)
08:20-09:10
Kaisa Miettienen
Examples of Latest Interactive Method Developments in Multiobjective Optimization
09:10- 10:00
Coffee Break
10:00- 10:30
DGMFEM
SING
PLASMA
SADDLE
Minisymposia
Recent trends and applications in
discontinuous Galerkin and mixed
finite element method
EMAG
Numerical Analysis and Methods
for Problems with Singularities
(SING)
Structure preserving schemes for
fluid and plasma flows
Fast solvers for saddle-point
problems with applications in fluid
dynamics
Recent Advances in Numerical and
Computational Electromagnetics
Organizers
Bause, Kumar
Wick, Wollner
Ern, Gerritsma
Wohlmuth, Rüde, John
Ergül, Carpentieri
Wollner
Finite element error analysis for
elliptic and parabolic
optimization problems with gradient
state constraints
Cantin
Compatible discrete operator
schemes for transport equations
Yuri Vassilevski
ILU preconditioners for the
incompressible Navier-Stokes
equations
with applications in haemodynamics
Stefanski
Parallelization of the discrete Green’s
function formulation of the
FDTD method: progress on graphics
processing units
Carpentieri
Symmetric inverse-based multilevel
ILU preconditioning for solving
dense complex non-hermitian
systems in electromagnetics
Chair
10:30- 11:00
Codina
Linear waves in mixed form:
functional settings, stabilized finite
element approximation and time
integration
11:00- 11:30
Bause
Continuous and Discontinuous
Space-Time Approximation
of Parabolic and Hyperbolic
Transport
Vidotto
A priori error estimates for parabolic
problems with Dirac
right-hand side
Manzini
Spectral/Discontinuous Galerkin
discretization
of the Vlasov-Poisson system
11:30- 12:00
Kumar
Mixed method for a reactive flow
model involving
precipitation-dissolution processes
Çelikler
The block-hexagonal grid method for
the solution of the mixed
boundary value problem of Laplace’s
equation on staircase polygons
Sonnendrücker
Preserving the divergence constraint
in time domain simulations of
the Maxwell or Vlasov-Maxwell
equations
Zulehner
On the smoothing property of Uzawatype methods
for saddle point problems
Stadler
Scalable solvers for highly
heterogeneous nonlinear Stokes flow
discretized with adaptive high-order
finite elements
12:00- 12:30
Larson
Cut Composite Mesh Methods
Rukavishnikov
Numerical method without loss of
accuracy for the Lam´e system in
domains with reentrant corners
Pagliantini
Computational MHD with discrete
differential forms
John
Robust parallel multigrid methods for
the Stokes equations
12:30- 14:00
Lunch
Tuchkin
Analytical regularization method:
state of art and perspectives
Cools
Efficient iterative solution of systems
arising from the BEM
modelling of scattering by grounded
targets
ENUMATH 2015
Tuesday 15th September (Afternoon)
Contributed
Talks
Chair
14:00 - 14:30
Adem Kaya
Finite Difference
Approximations of
Convection-Dominated
Nonlinear ConvectionDiffusion-Reaction
equations on a Special
Grid
Milovanović
Radial Basis Functions
generated Finite
Differences (RBF-FD) for
Solving High-Dimensional
PDEs in Finance
Syam
An Efficient Method For
Solving Fractional
Boundary Value
Problems Using Bernstein
Polynomials
Merabet
Mixed DG method for
linear shell theory with
little regularity
Kaliche
Applications of Inverted
Finite Elements Method in
solving some
PDEs in unbounded
domains
Braack
Finite elements for NavierStokes with outflow
condition
Aydın
Adaptive Mesh
Generation Using
Stabilized Finite Element
Method
14:30 - 15:00
Wang
High order finite difference
methods for the second
order wave
equation with non–
conforming grid interfaces
Bastani
A Multilevel Numerical
Scheme Based on RBF
Collocation to Solve
Nonlinear PDEs Arising
from BCG Stochastic
Volatility Models
Dosiyev
Highly accurate finite
difference solution of a
multilevel nonlocal
problem for the Laplace
equation
May
Spacetime discontinuous
Galerkin methods for
convection-diffusion
systems
Piñeiro
Mathematical and
Numerical Analysis of a T,
_ ф-ф Formulation
Based on Edge Finite
Elements
Lube
On subgrid modelling for
inf-sup stable FEM for the
incompressible
Navier-Stokes problem
Güney
Structure Preserving
Integration of SkewGradient Reaction
Diffusion Systems
15:00 - 15:30
Kreiss
On the accuracy of
Boundary Closures for
Finite Difference Methods
Tagami
Error Estimates of a
Generalized ParticleBased Method for
Elliptic Boundary Value
Problems
Sahu
An efficient filtered
scheme for some first
order Hamilton-JacobiBellman equations
Yücel
Space-Time
Discontinuous Galerkin
Finite Element
Approximation
of Optimal Control
Problems
Siqueira
A hp finite element space
of Hdiv type for nonconformal meshes
Nafa
Convergence of stabilized
equal-order finite element
methods for coupled
Stokes-Darcy problem
Voronin
A new approach to
constructing splitting
schemes in the mixed
finite element method for
heat transfer problem
15:30 - 16:00
Su-Cheol Yi
Compact finite difference
schemes with high
accuracy for solutions
to the 1D nonlinear
Schrödinger equation
Boulmezaoud
A new spectral-like
method for approximating
elliptic problems in
the whole space
Ashyralyev
On source identification
problem for delay
parabolic differential and
difference equations with
the Dirichlet condition
Karakuş
An Adaptive Fully
Discontinuous Galerkin
Level Set Method for
Incompressible
Multiphase Flows
Kim
New Finite Element
Method to compute
accurate solution for
Poisson Equation with
Corner Singularities using
Stress Intensity Factor
Utku Kaya
Numerical simulation of
the time-dependent
magnetic induction
equation with nodal-based
finite elements
Kaya-Merdan
Ensemble Based
Turbulence Modeling
16:30 - 17:30
17:30 - 18:30
Public Lecture: Willi Freeden
Priciples in Geomathematically Reflected Numerics and Their Application to Inverse Potential Methods in Geothermal Exploration
Reception
ENUMATH 2015
Wednesday 16th September (Morning)
Anders Szepessy
On global and local error with application to adaptivity, inverse problems and modeling error
08:20 - 09:10
Mario Ohlberger
09:10- 10:00
Localized Model Reduction for Multiscale Problems
Coffee Break
10:00- 10:30
SING
DGNPDE
EMAG
PLASMA
SADDLE
Minisymposia
Numerical Analysis and Methods
for Problems with Singularities
(SING)
Discontinuous Galerkin methods
for nonlinear PDE's
Recent Advances in Numerical and
Computational Electromagnetics
Structure preserving schemes for
fluid and plasma flows
Fast solvers for saddle-point
problems with applications in fluid
dynamics
Organizers
Wick, Wollner
Feistauer, Karasözen
Ergül, Carpentieri
Ern, Gerritsma
Wohlmuth, Rüde, John
10:30 - 11:00
Artina
An efficient anisotropic mesh
adaptation strategy for crack path
detection in numerical simulation of
quasistatic brittle fracture
Balazsova
Unconditional stability of the spacetime discontinuous Galerkin
method in the ALE framework
Wilton
Accelerated Numerical Evaluation of
4-D Reaction Integrals in the
Method of Moments
Gerritsma
Mimetic discretization of the Lie
derivative
Mardal
Comparison of preconditioners for
the coupled Navier-Stokes
equations
11:00 - 11:30
Shapeev
Atomistic simulation of crystalline
defects
Zivcakova
Semi-implicit DGM applied to a
model of flocking
Gervang
Modelling non-equilibrium flashing
flow through refrigeration valves
using structure-preserving methods
Wieners
Multilevel preconditioning for a novel
substructuring method
and the application to the Stokes
problem
Feistauer
Discontinuous Galerkin method for
the solution of elasto-dynamic
and fluid-structure interaction
problems
Polimeridis
A fast volume integral equation
method for modeling
electromagnetic fluctuations in
complex media
Andriulli
On some graph Laplacians based
boundary element methods for
stable solutions of radiation and
scattering problems in
Electromagnetics
Palha
Helicity-, Energy- and Massconserving discretization for the 3D
Euler equations
Gaspar
An efficient multigrid solver for
poroelasticity equations
Vlasak
A posteriori error estimates for
nonstationary problems
Eller
A broadband low-frequency stable
formulation of Maxwell’s
Equations
Turek
Newton-Multigrid techniques for flow
problems with complex
rheology
Landesa
Fast solution of periodic
electromagnetic problems using
surface
integral equations
Kahn
Numerical approximation of multiphase Penrose-Fife systems
Chair
11:30 - 12:00
12:00 - 12:30
12.30-13.00
Kumar
Convergence of iterative multirate
schemes for coupled flow and
geomechanics in a fractured
reservoir
Wick
Error analysis and mesh adaptivity
for phase-field fracture evolution
Problems
13:00 - 14:00
Lunch
14:00 - 18:30
City Tour
19:00
Conference Dinner
ENUMATH 2015
Thursday 17th September (Morning)
Yvon Maday
08:20 - 09:10
Towards a Fully Scalable Balanced Parareal Method: application to Neutronics
Assyr Abdulle
09:10 - 10:00
Reduced basis multiscale methods
Coffee Break
10:00 - 10:30
DIVFREE
LAMOR
BEMMHD
DGNPDE
Adaptive Finite Elements
New concepts, analysis and
practical aspects for realizing the
divergence-free constraint in
computational flow models
Local and adaptive model
reduction for partial differential
equations
Boundary Element Method and
Applications in
Magnetohydrodynamics
Discontinuous Galerkin methods
for nonlinear PDE's
Kreuzer, Diening
Turek, Schieweck
Smetana, Haasdonk
Tezer-Sezgin, Sellier
Feistauer, Karasözen
10:30 - 11:00
Stevenson
Convergence and Optimality of hpAFEM
Ern
Discontinuous-Skeletal Methods for
Stokes Equations
Urban
Reduced basis methods with
adaptive snapshots
Sellier
A new boundary approach for the 2D
viscous MHD flow about a
solid particle
Tian
A local discontinuous Galerkin
Method for (non-) isothermal flows
with phase transitions
11:00 - 11:30
Demlow
Convergence of adaptive FEM for
computing harmonic forms
Matthies
Local projection type stabilisation
applied to inf-sup stable
discretisations of the Oseen problem
Buhr
ArbiLoMod: a localized reduced
basis approach
to handle arbitrary local modifications
Tezer-Sezgin
DRBEM solution of MHD flow and
electric potential in a
rectangular pipe with a moving lid
Roskovec
Convergence behaviour of the time
discontinuous Galerkin method
and its connection to Runge-Kutta
methods
11:30 - 12:00
Haberl
Adaptive BEM for optimal
convergence of point errors
Lube
Grad-div stabilized inf-sup stable
FEM for incompressible flows and
Beyond
Peherstorfer
Online adaptive model reduction with
dynamic models and sparse
sampling
Power
Approximated particular solution
meshless method for the
numerical solution of transient twodimensional large Reynolds
number Magnetohydrodynamic
viscous flows in channels with strong
flow separation
Karasözen
Energy preserving discretization of
the nonlinear Schrödinger
equation by interior penalty
discontinuous Galerkin method
12:00 - 12:30
Karkulik
Convergence of adaptive FE/BE
coupling methods
Stamm
Improvement of cheap
approximations by a postprocessing/reduced
basis rectification method
Carabineanu
The application of the boundary
elements method to the
theory of MHD Faraday generators
Zivcak
Algebraic systems arising from the
discontinuous Galerkin
discretization of PDEs numericaly
solved by p-multigrid technique.
AFEM
Minisymposia
Organizers
Chair
12:30 - 14:00
Lunch
ENUMATH 2015
Thursday 17th September (Afternoon)
DIVFREE
LAMOR
BLOOD
SENS
Adaptive Finite Elements
New concepts, analysis and
practical aspects for realizing the
divergence-free constraint in
computational flow models
Local and adaptive model reduction
for partial differential equations
Numerical methods for blood
flow simulation
Sensitivity based error estimation
and optimization for complex
coupled problems
Kreuzer, Diening
Turek, Schieweck
Smetana, Haasdonk
Sequeira, Vassilevski, Volpert
Hoffman, Janssen, Richter
14:00 - 14:30
Tantardini
On quasi-optimality of parabolic
Galerkin methods with variable
spatial discretization
Linke
On the discrete curl operator in
mixed discretizations for the
incompressible Navier-Stokes
equations
Gallistl
Multiscale Petrov-Galerkin finite
element method for acoustic
scattering
Gamilov
Validation of CT image
segmentation algorithm with the
1D-0D
blood circulation model
Wick
A posteriori error estimation and mesh
adaptivity using a
weakly-localized DWR applied to fluidstructure interaction
14:30 - 15:00
Gaspoz
H1-Stability of the L2-Projection on
adaptively refined meshes and
Applications
Turek
Numercial studies regarding
accuracy, robustness and solver
efficiency of special ”divergencefree” finite element discretizations
Iapichino
Reliable reduced-order models in PDE
constrained multicriterial
optimization
Kafi
On the mathematical modeling of
monocytes transmigration
Failer
Optimal control of an unsteady fluidstructure
interaction problem
Jecker
An optimization based heterogeneousto-homogeneous coupling
Method
Tosenberger
DPD-PDE model of platelet-fibrin
interaction
and clot formation in flow
Degirmenci
Adaptive unified continuum fluidstructure interaction simulation
of human vocal folds
Smetana
Optimal local approximation spaces for
component-based static
condensation procedures
Sequeira
Blood flow simulations in patientspecific cerebral aneurysms
Richter
Time-Step control for coupled flow
problems
AFEM
Minisymposia
Organizers
Chair
DGNPDE
Discontinuous Galerkin methods
for nonlinear PDE's
Feistauer, Karasözen
15:00 - 15:30
Vohralik
Polynomial-degree-robust a
posteriori estimates for elliptic PDEs
Soukup
Numerical method based on DGM
for solving the system of
equations describing motion of
viscoelastic fluid with memory
15:30 - 16:00
16:00 - 16:30
Chernyshenko
Adaptive octree mesh unfitted finite
element methods for PDEs posed
on surfaces
Smears
DGFEM approximation of parabolic
HJB equations with Cordes
coefficients
Coffee Break
ENUMATH 2015
Thursday 17th September (Late Afternoon)
Contributed
Talks
Chair
16:30- 17:00
Sun
Wavelet Based Adaptive
Separation Algorithm for
Risk Management
and Portfolio Selection
Franck
Well balanced Finite
volume scheme for Euler
equations with
external forces on
unstructured meshes
Eker
Free vibration analysis of
a nonuniform piezoelectric
rod by complementary
functions method
Klinteberg
A fast and accurate
integral equation method
for particles in viscous
flow using QBX.
Chakir
Reduced basis methods
for fluid dynamics
problems arising from
water network modelling
17:00- 17:30
von Sydow
Fast and accurate option
pricing using adaptive
finite differences
Thije Boonkkamp
Modification of the
complete flux scheme for
conservation laws
containing a linear source
term
Bradji
Note on a new second
order finite volume
approximation for the
linear Schr¨odinger
equation in one space
dimension
Holmgren
Accurate Modeling of
Moving Contact Line in
Two-Phase
Immiscible Flows
Şimşek
Stable–Time Scheme for
Energy Dissipative Quasi–
Incompressible
Two–Phase Diffuse–
Interface Flows
17:30- 18:00
Shcherbakov
On different techniques of
pricing American multiasset options
using radial basis function
methods
Aboiyar
A Non-Oscillatory Finite
Volume Method Based on
Matern Functions
Trdlicka
A Numerical Study of
Finite Volume Method on
Dynamically
Adaptive Grid for 2D
Discharge Motion
Sara Pǻlsson
Highly accurate
simulations of two
dimensional Stokes flow
with insoluble surfactants
Furmánek
Numerical Simulation of
Flow over Profile
Considering
Flow-Induced Vibrations
with 2 Degrees of
Freedom
Kumar
Finite-Volume CompleteFlux Scheme for the
Incompressible NavierStokes Equations
Ceylan
Derivation and finite
volume approximation of
the relativistic
Burgers equation on a de
Sitter background
Tabata
A Pressure-stabilized
Lagrange-Galerkin
Scheme for an Oseentype Peterlin Model
Keslerová
Numerical Simulation of
3D Flow of the Viscous
and Viscoelastic
Fluids in T-Junction
Channel Title
18:00- 18:30
Kılıç
Wavelet Analysis of
Financial Time Series: a
case study on S&P500
Şahin
The Numerical Simulation
of theWing Kinematics
Effects on Aerodynamic
Performance in Hovering
Drosophila Flight
Türk
Chebyshev spectral
collocation method for
natural convection flow of
a micropolar nanofluid in
the presence of a
magnetic field
Tugluk
Drag Reduction via Phase
Randomization In
Turbulent Pipe Flow
Talaei
An operational approach
for solving a specific type
two-dimensional
Fredholm–Volterra
integral equation
Al-Mdallal
An efficient numerical
algorithm for solving
fractional
integro-differential
equations
Sarıaydın
Adaptive Discontinuous
Galerkin Finite Element
Method for
Non-Local Allen-Cahn
Equation
Ahmadabadi
A meshless method for
solving nonlinear twodimensional
Volterra-Fredholm integral
equations of the second
kind using radial
basis functions with error
analysis
ENUMATH 2015
Friday 18th September (Morning)
Contributed
Talks
Chair
Gangl
Topological Derivative for
Nonlinear Magnetostatics
Martynenko
Robust Multigrid
Technique: components,
convergence analysis,
parallelisation and
applications
Kolb
On the Full and Global
Accuracy of a Compact
Third Order WENO
Scheme
Lang
Higher Order Time
Integrators of PEER type
for Parabolic Problems
Öz
Multi-level Monte-Carlo
Method in Optimal Control
Problems of
Stochastic Differential
Equations with RungeKutta Methods
08:50 - 09:20
Fumagalli
Reduced basis
approximation and a
posteriori error estimates
for parametrized elliptic
eigenvalue problems
Qiu
Multilevel Sequentially
Semiseparable
Preconditioners and
Applications to Wind Farm
Control
Principe
Multilevel domain
decomposition at extreme
scales
Kieri
Discretised dynamical
low-rank approximation
in the presence of small
singular values
Boffi
Finite element Immersed
Boundary Method with
distributed
Lagrange multiplier
Redmann
Singular Perturbation
Approximation Applied to
SPDEs
09:20 - 09:50
Colciago
Reduced order models for
fluid-structure interaction
problems in
haemodynamics
Enkhbat
Applications of
Semidefinite Quasiconvex
Programming in
Economics and
Engineering
Andreev
Parallel wavelet-in-time
multigrid-in-space
preconditioning of
parabolic evolution
equations
Algarni
PadéTime Stepping
Method of Rational Form
for Solving Diffusion
Equations
Chatterjee
Computing with large time
steps in time-domain
electromagnetics
Malenová
Uncertainty Quantification
for High Frequency
Waves
09:50 - 10:20
Akman
Proper Orthogonal
Decomposition Solution of
Time Fractional
Nonlinear Partial
Differential Equations
Evcin
Nonlinear Model Order
Reduction in PDE
Constrained Optimal
Control Problems
Göçmen
Parallel Implementation Of
The Finite Element
Method On Graphics
Processors For The
Solution Of
Incompressible Flows
Bolaji
Fractional Multi – Step
Method for the Numerical
Integration of Initial Value
Problems of Third Order
Ordinary Differential
Equations
08:20 - 08:50
Hess
Primal-Dual Error
Estimates in ReducedBasis Methods for
Time-Harmonic Maxwell’s
Equations
10:50 - 11:40
11:40 - 12:30
Reemi Abgrall
Altıntan
Hybrid Models for MultiScale Processes : Error
Bounds and
Simulation Algorithms
Recent progress on non oscillatory finite element methods for convection dominated problems
Eugene Tyrtyshnikov
Tensor Decompositions and Low-Rank Matrices in Mathematics and Applications
12:30 - 12:50
Closing
12:50 - 14:20
Lunch
Aziz
An efficient numerical
algorithm based on Haar
wavelet for solving a
class of linear and
nonlinear nonlocal
boundary-value problems
Merkert
FFT-based
homogenization of
elasticity using composite
voxels and
accurate local fields
Shamshirgar
The Spectrally Fast Ewald
method with different
periodicities and a
comparison with Smooth
Particle Mesh Ewald in
Electrostatics