A nonlinear dynamic model for natural circulation drum-boilers is presented. The model
describes the complicated dynamics of the drum, downcomer, and riser components. It is …

This paper presents the development of a control oriented boiler model carried out on the
basis of fundamental physical laws, previous efforts in boiler modeling, known physical …

Dynamic modelling of power plants is fundamental to control system design and
performance studies. This paper describes a nonlinear power plant model built by physical …

This paper describes a simple nonlinear models for a drum-boiler. The models are derived
from first principles. They can be characterized by a few physical parameters that are easily …

This paper presents a new method for process transfer function identification (TFI) and a
new approach for the development of a power unit's dynamic model based on new …

A mathematical process model for an internal reforming molten carbonate fuel cell power
plant is discussed in this paper. The dominant thermal and chemical dynamic processes are …

The paper describes the application of system identification techniques to obtain models of
boilers in power stations. Initial work involved extensive simulation studies, using a detailed …

The demand for improved dynamic response of fossil-fired power plants has motivated a
comprehensive program of control system design and analysis. Previous papers have …

The paper intends to identify those basic concepts which, thank to the veryconsiderable
contributions appared in the literature in the last thirty years, may be generally accepted to …

A large-scale power plant requires optimal set points, namely references, in several control
loops for multiobjective optimal operation. In a 600-MW oil-fired drum-type boiler power unit …