Several numerical schemes for the implementation of this implicit and local linearization procedure are explored and illustrated with several numerical results.
An alternating gas/liquid fast-mode cyclic operation procedure was explored for reducing the occurrence of foaming flow regime in trickle-bed reactors at elevated temperature and moderate pressure.
The various design possibilities of the above mapping procedure are explored analytically and the cost constraints termed the figure of merit (FoM) of the design are evolved for the various design trade-offs for MMM and 6-D FSBM problem.
Finally, the implications of the findings with reference to European seismic design procedures are explored.
In this work, new experimental procedures were explored in order to quantitatively check the potential of some culture conditions to induce a determined fungal morphology by altering both hyphal morphology and conidia adhesion capacity.
In order to solve this non-convex optimization problem, semidefinite relaxation (SDR) approach and extended S-procedure are explored to convert the original non-convex optimization problem to a convex one which can be solved efficiently.
Care policies and procedures were explored and included in the field notes.
The design procedure of the IT2FSMC is explored in detail.
In this paper, the potential of thermoeconomics for the analysis of CHCP applications in buildings is explored; two main procedures to address the problem are presented, a simplified design optimization and a detailed integrated optimization of plant lay-out and operation.
