The highly loaded design method of helium compressors can effectively solve the compression problem of helium in high-temperature gas-cooled reactors.
The present investigation aims to find a proper classification method for eigenmodes of compressor airfoils.
This paper introduces a novel design method of highly loaded compressor blades with air injection.
Although the familiar dry gas seal is a well established method of sealing rotary compressors, new developments continue to be made available.
This paper describes a novel method of designing the HP compressor of a two-stage turbocharger using a 1-D code coupled with an optimisation algorithm.
In this paper, a similarity conversion method of centrifugal natural gas compressors based on predictor-corrector was proposed.
This is consistent with the findings by Zakis [2] who performed (semi-) online personalization of compressor gains using a standard least-squares method.
But the low density level of supercritical helium, the characteristics of the small flow channel in the turbomachine and the variable working condition method of the system determine that the compressor may run at low Reynolds number.
Finally, an exemplified modular design of compressor rotor service demonstrates the potential of the proposed method.
In this method, parameters namely open door time, compressor ON time, previous defrost duration, mode of compressor, fans, and heater action before, during, and after defrost have been considered effective on defrost operation.
