The paper is concerned with numerical solution procedures for coupled chemo-mechanical simulations of concrete structures subjected to calcium leaching and mechanical damage.
A procedure for coupling 2D full-length fuel rod models to detailed 3D models of the region of the rod containing a MPS defect is detailed here.
We describe an efficient procedure for coupling a turbulent system to a transport equation which evolves the equilibrium fields that drive and are driven by the turbulence.
The newly developed GMP-compliant two-step procedure for coupling desferal to a Nanobody allows efficient and rapid preparation of Ga-Nanobodies for clinical use with high labelling yields, high radiochemical purity and preservation of immunoreactivity.
Next, the procedure developed for coupling the floater dynamics model with the mooring model is described.
Special care is taken of the quasi-brittle material behavior which can be represented by the continuum damage model, along with the solution procedures for fully coupled thermo mechanical loading conditions.
In this paper, a stable numerical procedure is presented for coupled analysis of consolidation problems in geotechnical engineering.
The experimental data are useful for determining constitutive model parameters as well as for validating models and simulation procedures for electromechanical coupling in EAP actuators.
A detailed description of the procedure used for coupling and model parameters can be found in [ 7, 16].
Emphasis herein is placed on the consistent numerical solution procedure for the coupled system of momentum balance equations.
