Design of expert combustion monitoring system

Abstract

It is identified that the monitoring systems can be used, not only for statistics and data processing calculations, but also for combustion, unburned pollutant components. This situation allows us to realize AFT calculation. It is demonstrated that the AFT equations could be solved efficiently using LabView software. The cells in the spreadsheet are viewed as either natural grids or elements of a matrix [1]. The Symphony spreadsheet program is applied to calculate the AFT of combustion systems. A design template which contains the necessary formulae is constructed so that very little knowledge of the program is required to obtain impressive results. This template becomes a powerful tool by providing a fast and efficient means of designing stable closed-loop system as well as predicting its performance [2]. The computational domain corresponds to the real physical shape and/or the computational space by grid generation. The results can be visualized on the same LabView with inherent graphics. The pre- and post-processors are all in one SAFT.