3 September 2014

Special issue published: "Multiphysics Problems in Computational Engineering"

International Journal of Computational Science and Engineering 9(5/6) 2014

Expanded versions of papers presented at the 2nd International Conference on Computational Engineering.
  • Optimal shape design for divertors
  • A new user interface for ADiMat: toward accurate and efficient derivatives of MATLAB programmes with ease of use
  • Models and simulations of variable-density flow in fractured porous media
  • Computational magnetohydrodynamics in the simulation of gas circuit breakers
  • FDTD simulation of the acoustic interaction between a cavity and an adaptive Helmholtz resonator
  • Numerical solution of contact pressure in lubricated non-smooth point contact using convolution algorithms
  • Uncertainty quantification for thermo-convective Poiseuille flow using stochastic collocation
  • A boundary conformal discontinuous Galerkin approach for electro-quasistatic field problems on Cartesian grids
  • Matrix-free second-order methods in implicit time integration for compressible flows using automatic differentiation
  • Using exact Jacobians in an implicit Newton method for solving multiphase flow in porous media
  • Model hierarchy-based optimal control of radiative heat transfer
  • Adjoint-based reconstruction of an entropy source by discrete temperature measurements
  • Coupled simulation of switching arcs considering transient-capacitive effects
Additional paper
  • A novel particle swarm optimiser with semi-active congregation and a nature-inspired supervising algorithm

No comments: