Sentence examples for multistage compressor design from inspiring English sources

The use of a speed increasing gear box enables the specific speed to be increased and therefore resulting in higher efficiency and less complexity than would be obtained with a multistage compressor design approach.

Any multistage compressor is designed on the basis that succeeding impellers will compress a lower volume flow resulting from the compressibility of the specific gas handled.

Low-speed model testing (LSMT) plays a key role in multistage axial-compressor design due to that utilizations of low-speed large-scale compressor to perform three-dimensional (3D) blading design are fast, convenient and cost-saving.

This discovery is valuable for the study of multistage compressor matching problems at off-design conditions.

Temperature in the multistage compressor (K).

This chapter examines the effects that multistage compressor configurations have on the overall compressor performance curve.

During the operation, the gaseous ammonia obtained from liquid ammonia is compressed and then liquefied by the multistage compressor.

It broadens the operational range of A-CAES system by allowing multistage compressor and multistage expander to operate under variable modes.

Thus a method for predicting the entire motion is necessary to improve compressor design.

A part of this gasified ammonia is used for conditioning the other empty tank, while the rest is sent to the multistage compressor for liquefaction, in order to maintain the level of liquid in the liquid ammonia storage tank.

Transfer of ammonia to tank B can be accomplished by various methods; however, the best option when using the present system will be to feed compressed and liquefied ammonia from the multistage compressor.