β Scribed by M. Zaheer-uddin
No coin nor oath required. For personal study only.
The temperature and hmnidity control of indoor environmental spaces is studied. A constant volume heating and humidification system consisting of a boiler, a heating coil, ductwork and a fan, and a twozone building is considered. The temperature and humidity control models are developed and multivariable controllers are designed. The closed loop system responses subject to step disturbances in outdoor temperatures and relative humidity are given. Also, results showing a typical-day operating performance of the closed loop system are given.
π SIMILAR VOLUMES
Classical control theory is used to synthesize feedback controllers for the simultaneous control of temperature and humidity in a confined space. The decoupling or diagonalization approach is employed to reduce the multivariable control system to a pair of noninteracting control loops and the Ziegle
This paper deals with the control of a miniaturised fuel cell system. A single air blower is used to control both heat and water management of the fuel cell. As the number of manipulated variables is smaller than the number of control variables, classical control algorithms are not applicable. To fi