| Section 1 |
Fracture mechanics and fatigue |
| |
Interaction between elliptic hole and
crack in thin plate under uniform bending heat flux; Boundary integral equations
for plane elastic problems posed on orientations of principal stresses and
displacements; Instabilised crack growths; Singular integral equations in
3-D elastic problems for thread-like defects. |
| |
| Section 2 |
Plates and shells |
| |
Boundary element analysis of rib-stiffened
elastic plates; Plate analysis using classical or Reissner-Mindlin theories;
Integral equation method for conical shell under axisymmetric loads; Green’s
function for thin plate with elliptic hole under bending heat source. |
| |
| Section 3 |
Geomechanics |
| |
Coupled modeling of an impact in tunnel
face burst; A direct time domain BEM-FEM scheme for soil-structure inteaction
problems; Semi-analytic subsidence prediction. |
| |
| Section 4 |
Dynamics and vibrations |
| |
Transient dynamic response of 3-D
elastoplastic structures by the D/BEM; Nonlinear dynamic analysis of heterogeneous
orthotropic
membranes by the analog method; Application of boundary element method
in frequency response functions of concrete gravity dams; Structural dynamics
using Gaussian mass matrix. |
| |
| Section 5 |
Electrostatics and electromagnetics |
| |
Indirect linear equation solvers for
magnetostatics boundary element formulations; Plane wave coupling to finite
length cables buried in a lossy ground; Hybridization of a boundary element
method with the finite element method in electromagnetics. |
| |
| Section 6 |
Fluid Flow |
| |
A field-panel approach for transonic
flow calculations about 3D configurations; A boundary element method for
time domain analysis of nonlinear fluid sloshing; Time-dependent fundamental
solution in Green element calculations of nonlinear unconfined flow; Measuring
the properties of multiphase fluid using the BEM; Prediction of radiated
noise from a fan over an absorbing surface. |
| |
| Section 7 |
Applications in optimization |
| |
Genetic algorithm for shape optimization
of acoustic scattering bodies; Optimization of an insulating support in
three-dimensional gas insulated systems. |
| |
| Section 8 |
Dual reciprocity method and basic functions |
| |
Towards a mesh-free computation of
transport phenomena; Dual reciprocity BEM for free vibration analysis of
anistropic solids; Application of radial basis functions on dual reciprocity
BEM for dynamic analysis of pierced shear walls; DRBEM simulation of radionuclide
transport near nuclear waste repository; MD-DRM mass conservative interpolation
for the solution of non-linear viscous flow problems; BEM-RBF approach for
viscoelastic flow analysis. |
| |
| Section 9 |
Wave propagation problems |
| |
A BEM approach to SH-wave motion in
a random continuum; Scalar wave propagation in 2-D: a BEM formulation based
on the operational quadrature method; 3D wave propagation in the presence
of an infinite cylindrical solid submerged in a fluid medium; Boundary element
analysis of large amplitude of water motion of incident waves against permeable
submerged breakwaters; 3D cross-hole wave scattering via the BEM. |
| |
| Section 10 |
Advanced formulations |
| |
A meshless local boundary integral
equation method in thermoelasticity; Estimation of boundary derivatives
by Trefftz method and its application to sloshing phenomenon; Domain decompostion
approaches to the boundary element method; An extension of the boundary
element method in orthotropicmaterials for multiply connected regions; Pickup
and stripping nuclear reactions by three-dimensional boundary element method. |
| |
| Section 11 |
Computational techniques |
| |
A simple error indicator and adaptive
algorithm for 2D elastic BEM; Gauss quadrature method using wavelet basis
as a weighting function for boundary element analysis; Boundary flux reconstruction
for narrow band TLC applications; Determination of optimal threshold for
matrix compression in wavelet BEM; Definition of two-dimensional condensation
via BEM. |