Boundary Elements: International Conference Proceedings, 20th [Kõva köide]

SECTION 1: FRACTURE MECHANICS AND FATIGUE Numerical Green's function
applied to fracture mechanics: 3-D implementation; Developments in the use of
the dual boundary element method for the fracture analysis of plate bending
problems; Dynamic fracture mechanics with crack edges contact interaction;
Dynamic dual boundary element analysis for 3-D fracture mechanics; Failure
analysis of gears using the boundary element method; Probability based
computation of life expectancy of mechanical structures; Trends in the
stochastic BEM. SECTION 2: INELASTIC PROBLEMS Inelastic analysis without
cell by improved multiple-reciprocity BEM; Accurate evaluations of strongly
singular domain integrals in non-linear BEM; A fully regulated direct
boundary formulation for three-dimensional elastoplastic problems;
Homogenization of grain structure. SECTION 3: CONTACT MECHANICS A comparison
between non-conforming node-to-point and weak approaches in contact problem
by BEM; Adaptive solution of rolling contact using boundary element method; A
method to compute the effect of groups of frictional bolts; BEM analysis of
the contact problem in fibres debonded of a matrix. Effects of curing
stresses. SECTION 4: ELECTROMAGNETICS Time domain boundary element analysis
of resistively loaded wire; The steady-state wave process in a piezoceramic
medium with cavities (plane deformation). SECTION 5: COMPUTATIONAL
TECHNIQUES Galerkin method in time domain BEM analysis; On time-dependent
domain integral approximation using radial basis functions; Efficient domain
calculation in direct boundary element method; The residual as an error
estimator in the BEM; Constructing adaptive boundary elements for the
Poisson-type nonlinear problem; An estimate of numerical errors by means of
boundary integral equations; Regularizing transformationmethod for evaluation
of singular and near-singular integrals; Parallel Laplace transform boundary
element methods for diffusion problems; r-Adaptive boundary element method; A
new error indicator based on stresses for adaptive meshing with Hermite
boundary elements; Panel clustering for 3-D elastostatics using spherical
harmonics; A BEM-formulation applied to the solution of nonlinear dynamic
problems; A boundary-only BEM for linear and nonlinear problems; Application
of finite-dimensional perturbation technique to boundary integral equations;
Theory and practice of superconvergence based a posteriori error estimation
in a Galerkin boundary element method. SECTION 6: INVERSE PROBLEMS Green's
functions in the numerical solution of some inverse boundary value problems;
3-D impedance tomography of high contrast objects; An efficient inverse BEM
algorithm to characterize space dependent thermal conductivity with an
evolutionary-genetic approach. SECTION 7: FLUID DYNAMICS AND AERODYNAMICS
Integral formulation of non-steady convective diffusion problem with high
source term value;An indirect boundary element method for slow viscous flow
in a bounded region subject to surface tension forces; Parallel indirect
multipole BEM analysis of Stokes flow in a multiply connnected domain; An
asymptotic boundary element method for the 2D Stokes problem in the vorticity
formulation; Rayleigh-Benard convection of non-Newtonian fluid; Leaky and
confined aquifer flow analysis using 3D BEM; Unsteady free surface flow
around hydrofoils; A comparison of different radial basis functions in DRBEM
solution of the Navier-Stokes equations; Emergence of nonlinear dynamics in
3D cavity mixing of Newtonian and viscoelastic (linear) fluids;Estimation of
physical unknowns in submerged breakwater using nonlinear least
squares-boundary element method. SECTION 8: ACOUSTICS The dual reciprocity
method for Helmholtz-type operators; A generalized Helmholtz equation
fundamental solution using a conformal mapping and dependent variable
transformation; Boundary element analysis of certain structural-acoustic
coupling problems and its application; Applications of a new composite BIE
for 3-D acoustic problems; Muffler analysis using the direct mixed-body
boundary and an efficient four-pole approach; Application of boundary element
methods in modeling multidimensional flame-acoustic interactions. SECTION 9:
CORROSION Finite resistivity and shipboard corrosion prevention system
performance; Boundary element model of electrochemical dissolution with
geometric non-linearities; A general formulation based on the boundary
element method for the analysis of grounded installations in layered soils.
SECTION 10: ELASTODYNAMICS Determination of 3D time domain responses in
latered media by using a coupled BE/FE process; Modeling of turbo-generator
rotors using BEM; Boundary element dynamic non-linear stress analysis by mass
matrix approach; The boundary element method applied to transient dynamic
anistropic problems. SECTION 11: THERMAL PROBLEMS Transient
conduction-radiation problems: dual reciprocity solution; Improvement of the
frit salvage process for a cathode ray tube; Extension of the dual
reciprocity boundary element method to the problems of phase-change and
thermal wave propagation; Boundary integral formulation for non-linear heat
conduction in anistropic heterogeneous media; Boundary element analysis of
conduction problems; FVM/BEM approach for the solution of non-linear
conjugate heat transfer problems. SECTION 12: GEOMETRICALLY NON-LINEAR
PROBLEMS Solution of 2D, 3D and axisymmetric finite deformation problems by
the boundary-domain integral method; On incremental equilibrium equations in
solid mechanics.