Showing posts with label Compressor. Show all posts
Showing posts with label Compressor. Show all posts

Wednesday, December 6, 2023

Compressors Introduction : positive displacement type, dynamic compressors, reciprocating type, rotary type with sliding vanes, multiple vane type, single screw or twin-screw type, scroll compressors, radial flow type or axial flow type, hermetic type, semi-hermetic type, reciprocating compressors, schematic, suction pulsation bottle, discharge pulsation bottle, rolling piston type, discharge, suction sliding vanes, cylinder block, cooling water jacket, check valve, off-center rotor, casing, rotary screw compressors, assembly of screw compressor.
Compressor Technology Advances beyond : applicable laws, boyle’s law, Charle’s law, equation of state for ideal gases, avogadro’s law, universal gas constant, brief overview of compression machinery, dynamic compressors, technical briefs on dynamic compressor technology, technical briefs onpositive displacement compressors, factory testing of centrifugal compressors, measuring of train performance using torque meters, basic rotor dynamics, approaches for sizing lube oil systems, dry gas seals, auxiliaries and support systems, equipment purchasing, design basics of tabletop foundations for machinery engineers, special purpose couplings, compressor controls and protection systems.
Compressor Instability with Integral Method : study on the propagation of inlet flow distortion in axial compressor using an integral method, stall prediction of in flight compressor due to flaming of refueling leakage near inlet, parametric study of inlet distortion propagation in compressor with integral approach and taguchi method, development of novel integral method for prediction of distorted inlet flow propagation in axial compressor, parametric study of greitzer’s instability flow model throhgh compressor system using taguchi method, compressor characteristics, effects of rotor blade speed, mass flow rate.
Compressor and Modern Process Applications : positive displacement compressors, rotary compressors, as a category, understanding centrifugal process gas compressors, power transmission and advanced bearing technology, centrifugal compressor performance, application considerations, testing, using api-617 as a purchase specification for centrifugal compressors, pressure coefficient or head coefficient, compression processes and efficiencies, natural gas processing industry, general condition monitoring of process gas compressors, magnetic bearing hardware, load capacity, dry gas seal support systems, gas analysis, oil purifier or oil conditioner, coupling function parameters types and configurations.
Practical Guide to Compressor Technology : positive displacement compressor technology, reciprocating process compressor design overview, reciprocating compressor performance and monitoring considerations, labyrinth piston compressors, hypercompressors, metal diaphragm compressors, lobe and sliding vane compressors, liquid ring compressors, reciprocating compressor performance and sizing fundamentals, dynamic compressor technology, design considerations and manufacturing techniques, advanced sealing and bearing systems, couplings, torque transmission and torque sensing, lubrication sealing and control oil system for turbomachinery, compressor control, head-flow curve shape of centrifugal compressors, use of multiple inlet compressors, compressor performance testing.