AbstractA simulation model that can calculate rotor temperature fields in the working mode using numerical methods was designed and presented. An analysis of screw compressor construction parameters and working condition influence on rotors temperature fields was made. Results are presented, discussed and explained
The paper analyses the fluid flow and heat transfer in the heat exchanger connected to the SMARTRONI...
A numerical model to predict the temperature field in a R290 hermetic reciprocating compressor is pr...
The mathematical modelling of screw compressor processes and its implementation in their design bega...
A numerical analysis is performed to systematically calculate the performance, rotor temperature dis...
In the working process of twin-screw compressor, the rotors are subjected to multiple physical effec...
Due to fast rotation of screw compressor rotors, temperature is uniform in the rotor cross section a...
Clearances between rotating and stationary parts in a screw compressor are set to ensure the efficie...
Efforts are continually being made to produce screw compressors with smaller clearances in order to ...
The single screw compressor is used in many fields such as air compression, chemical industry and re...
Modern manufacturing methods enable screw compressors to be constructed to very close tolerances whe...
Designing twin-screw compressors to safely operate at higher than normal temperatures poses a challe...
As manufacturing methods improve, screw compressor components can be made more accurately and hence ...
Computational fluid dynamics and mesh generation tools have been well developed, and could be used t...
In order to analyse the performance of screw compressors operating under varying load conditions, an...
Abstract: This article describes a theoretical model and computer program for calculating the pressu...
The paper analyses the fluid flow and heat transfer in the heat exchanger connected to the SMARTRONI...
A numerical model to predict the temperature field in a R290 hermetic reciprocating compressor is pr...
The mathematical modelling of screw compressor processes and its implementation in their design bega...
A numerical analysis is performed to systematically calculate the performance, rotor temperature dis...
In the working process of twin-screw compressor, the rotors are subjected to multiple physical effec...
Due to fast rotation of screw compressor rotors, temperature is uniform in the rotor cross section a...
Clearances between rotating and stationary parts in a screw compressor are set to ensure the efficie...
Efforts are continually being made to produce screw compressors with smaller clearances in order to ...
The single screw compressor is used in many fields such as air compression, chemical industry and re...
Modern manufacturing methods enable screw compressors to be constructed to very close tolerances whe...
Designing twin-screw compressors to safely operate at higher than normal temperatures poses a challe...
As manufacturing methods improve, screw compressor components can be made more accurately and hence ...
Computational fluid dynamics and mesh generation tools have been well developed, and could be used t...
In order to analyse the performance of screw compressors operating under varying load conditions, an...
Abstract: This article describes a theoretical model and computer program for calculating the pressu...
The paper analyses the fluid flow and heat transfer in the heat exchanger connected to the SMARTRONI...
A numerical model to predict the temperature field in a R290 hermetic reciprocating compressor is pr...
The mathematical modelling of screw compressor processes and its implementation in their design bega...