Thermodynamic calculation of a thermomechanical compressor

Thermodynamic Calculation of a Dual Screw Compressor Based on Experimentally Measured Values Taking Supercharge into Account

Thermodynamic, thermomechanical, and electrochemical evaluation of CsHSO4

A thermodynamic analysis of CsHSO4 in oxygen and hydrogen atmospheres has been carried out. In an oxygen atmosphere, the phase relationship for the dehydration of CsHSO4 as a function of H2O partial pressure was established. It is concluded that CsHSO4 is stable in a humidified oxygen atmosphere, pH2O = 0.03 atm, up to 170 jC. However, in hydrogen atmospheres, it was affirmed that CsHSO4 is red...

Thermodynamic, thermomechanical, and structural properties of a hydrated asymmetric phosphatidylcholine.

1-Behenyl-2-lauryl-sn-glycero-3-phosphocholine (22/12 PC) belongs to a unique group of phospholipids in which the molecule has one acyl chain almost twice as long as the other. The temperature-composition phase diagram for this lipid in the range of 25-65 degrees C, and 0 to 84.3% (w/w) water has been constructed by using the isoplethal method in the heating direction and x-ray diffraction for ...

Optimization of thermomechanical parameters to produce an ultra-high strength compressor disk

Structural steels with very high strength levels are often referred to as ultrahigh-strength steels (UHSS). The usage of UHSS has been extensively studied in aerospace industries and offshore platforms. In this study, medium carbon low alloy steel (AMS6305) was thermomechanicaly treated to obtain an ultra-high strength bainitic steel for aircraft engine compressor disk. A novel themomechanical ...

Calculation of the Displacernent of a Wankel Rotary Compressor