Search
Now showing items 1-5 of 5
Enthalpy-entropy graph approach for the classification of faults in the main power system of a closed Brayton cycle HTGR
(Elsevier, 2009)
An enthalpy–entropy (h–s) graph approach for the classification of faults in a new generation type high temperature gas-cooled reactor (HTGR) is presented. The study is performed on a 165 MW model of the main power system ...
The development process of an axial active magnetic bearing
(2005)
The purpose of this paper is to motivate and inspire students to investigate and understand fundamental
principles of electrical engineering such as magnetic levitation, control theory and sensor design. This paper describes ...
A current analysis and correction system for vibration forces on the rotor of a rotating active magnetic bearing system
(SAIEE, 2007)
In this paper, an on-line detection, correction and identification system for vibration forces on the rotor of a rotating active magnetic bearing is proposed. The on-line detection system performs current analysis by ...
The development of a flexible rotor active magnetic bearing system
(SAIEEE, 2007)
A design process comprising aspects of modelling and analysis is developed, implemented and verified for a flexible rotor active magnetic bearing system. The system is specified to experience the first three critical ...
Linear model of a closed three-shaft Brayton cycle
(SAIEEE, 2006)
A linear model of a closed three-shaft Brayton cycle at normal power operation is
developed. The model is intended to give an understanding of the dominant dynamic behaviour in a
nuclear power system ...