| Section 1 |
BEM in Portugal |
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The BEM at the Constructions Lab in
the University of Coimbra; On the verification of a potential based low
order boundary element method for incompressible flows; Numerical modelling
of OWC wave-power plants of the oscillating water column type; Scattering
by cracks: Numerical simulations using a boundary finite element method;
Thermo-mechanical analysis of metal forming processes through a combined
finite element boundary element approach |
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| Section 2 |
Meshless methods |
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Boundary meshfree methods based on the
boundary point interpolation methods; The method of fundamental solutions
for solving Poisson problems; Solution of Poisson equation by Trefftz method;
On methods for solving the Dirichlet problem for Poisson’s equation;
Accurately solving the Poisson equation by combining multiscale radial basis
functions and Gaussian quadrature; A meshless boundary element technique
based on multi-level iterated Helmholtz-type interpolation; Polynomial particular
solutions for Poisson problems; Some recent advances on the RBF; A meshless
computational method for solving inverse heat conduction problems; Mesh-free
method for groundwater modelling; Sound transmission through inhomogeneous
waveguides; The use of radial basis functions for one-dimensional structural
analysis problems
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| Section 3 |
Plates and shells |
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Hierarchical plate modelling by boundary
elements; Stability analysis of laminate plates by the boundary element
method; Boundary element stress analysis of plates on 2 parameter foundation
under generalized loading; Ponding on floating membranes; Integral equation
method for cylindrical shell under axisymmetric loads; A strategy to perform
the Reissner-Mindlin’s theory |
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| Section 4 |
Advanced formulations |
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BIE and Trefftz approximation; The hybrid
boundary element method applied to functionally graded materials; A non-singular
hybrid boundary element formulation incorporating a higher order fundamental
solution; The BEM formulation of the distinct element method; A study on
the source point locations in the method of fundamental solution; Two multipole
alternatives based on Taylor series expansions for 3D BEM elasticity formulation;
Implementation of the slip-weakening model in a Displacement Discontinuity
Method based numerical technique; Boundary element analysis of hyper-elastic
elastomeric materials
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| Section 5 |
Dual reciprocity method |
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A boundary element method using DRM for nonlinear heat conduction problems;
The Laplace transform dual reciprocity boundary element method for nonlinear
transient field problems; The dual reciprocity method for solving biharmonic
problems; Dual reciprocity formulation for elasticity problems using compact
supported radial basis functions; An improved DRM representation of partial
derivatives
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| Section 6 |
Acoustics |
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Acoustic insulation provided by a single
elastic wall dividing a tunnel calculated via BEM; The prediction of sound
vibration from a cylindrical double-shell by FEM and BEM; Pressure field
variation analysis for the detection of submerged rigid pipelines |
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| Section 7 |
Electrostatics & electromagnetics |
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Modeling the experimental environment
for shipboard ICCP systems; Transient radiation of a thin wire antenna buried
in a dielectric half space; Galerkin-Bubnov boundary element analysis of
the Yagi-Uda array; Deposition of small dust particles on distorted liquid
droplets in an electric field; Optimisation of the performance of an ICCP
system by changing current supplied and position of the anode |
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| Section 8 |
Transport and fluid problem |
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BEM for natural convection in non-Newtonian
fluid saturated porous cavity; Analysis of sedimentation in viscous suspensions
using the BEM; 2D BEM modelling of a singular thermal diffusion free boundary
problem with phase change |
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| Section 9 |
Wave propagation problems |
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Alternating direction method for the
external Helmholtz equation; Wave propagation analysis in the frequency
domain: initial conditions contribution; Multidirectional random waves in
a harbour with partially reflecting boundaries; Boundary element and experimental
solutions to water motion of incident waves against quadrilateral breakwaters;
Analysis of scattering waves in an elastic layered medium caused by a scattering
object and a plane incident wave; 3D Wave propagation analysis of infinite
ring-shaped structures submerged in a fluid medium; Modeling seaquakes using
biem |
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| Section 10 |
Stress analysis |
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Seismic behaviour of tunnels in random
soils by the SBEM; Equlibrium problems in elastic-plastic torsion; Comparison
of current methods for polymer analysis by boundary elements; Modelling
crack characteristics by boundary elements; Comparing the conventional displacement,
first-kind and second-kind BIEs in frictionless contact problems |
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| Section 11 |
Composite materials |
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Localization of macroprperties of compact bone tissue by the BEM; Boundary
element analysis for a stress singularity field near a vertex in two-phase
transversely isotropic materials
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| Section 12 |
Inverse problems |
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The solution of the two-dimensional Stokes equations; Geometrical sensitivity
of the hypersingular boundary integral equation: application to crack
identification; Determination of local electrical impedance by the resolution
of an inverse problem with the boundary element method
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| Section 13 |
Computational techniques |
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A parallel domain decomposition method
for parabolic partial differential equations; Elasto-hydrodynamic analysis
of bearings by coupling boundary element and finite difference methods;
Interface relaxation algorithms for coupling the FEM and BEM; Tests for
multiple materials problems; Fast evaluation of domain integrals in complex
geometrics |