Modeling of Flow System Dynamics

• 作 者: Andrzej Miller Krzysztof Badyda Jaroslaw Dyjas Karol Miller
• 机 构: Institute of Heat Engineering,Warsaw University of Technology,Nowowiejska 25,00-665,Warsaw,Poland,In
• 出 处: Journal of Thermal Science
• 发表日期: 2004年01期
• 关键词: fluidized boiler belongs stand installation inlet valve closer reduc layout

This paper presents non-linear and linear models of flow system of laboratory stand (semi-industrial scale) with pressurized fluidized bed boiler. The non-linear model belongs to the class of lumped parameter models. The linear model was obtained experimentally using a novel method for design of control systems in industrial plants - MIKOZ. This study has connection with comparison of various methods of mathematical modeling of flow systems frequently encountered in power equipment.

This paper presents non-linear and linear models of flow system of laboratory stand (semi-industrial scale) with pressurized fluidized bed boiler. The non-linear model belongs to the class of lumped parameter models. The linear model was obtained experimentally using a novel method for design of control systems in industrial plants - MIKOZ. This study has connection with comparison of various methods of mathematical modeling of flow systems frequently encountered in power equipment.