A revolving vane expander prototype based on the RV-0 mechanism design has been fabricated and tested. The range of operational conditions studied is of suction pressures of up to 6 bar (abs) with a constant discharge pressure of 1 bar (abs) and operational speeds of up to 900 rpm. The machine has been shown to work without any significant operational problem in the range of operational conditions tested. The analysis includes the effects of various operational pressures and speeds to the flow rate, leakage and mechanical performances of the expander. The findings show that the prototype machine has the volumetric efficiency of up to 55% with the major leakage paths due to the lip seal and at the radial clearances, contributing to around 50...
This work presents a novel type of positive-displacement expander, named the balanced rolling piston...
AbstractThis work proposes a focus on the simulation of a rotative volumetric expander via a CFD cod...
An investigation was carried out to find the most optimum configuration, particularly the torque mat...
The Revolving Vane (RV) compressor mechanism was introduced in 2006. Since then, the mechanism has b...
Various aspects of the Revolving Vane (RV-0) expander have been theoretically modelled. They include...
In order to find an energy efficient system to address the possibility of using CO2 refrigeration sy...
The revolving vane (RV) expander is capable of improving the coefficient of performance (COP) of air...
To reduce the detrimental effects that current refrigerants have on the environment, carbon dioxide ...
This report presents an exergy analysis of the Revolving Vane (RV) expander. Exergy, also known as a...
The Revolving Vane (RV) mechanism has been studied, improved and adopted onto compressor and expande...
Leakage modeling of expander is to convert isenthalpic expansion into isentropic expansion and extra...
Conventionally, before arriving to evaporator and after the condenser, the refrigerant gas will pass...
The paper presents an extensive investigation of a small-scale sliding vane rotary expander operatin...
The Revolving Vane (RV) machine is unique because the cylinder rotates together with the rotor at th...
A new refrigeration compressor, named ‘Revolving Vane (RV) compressor’, has been introduced in Part ...
This work presents a novel type of positive-displacement expander, named the balanced rolling piston...
AbstractThis work proposes a focus on the simulation of a rotative volumetric expander via a CFD cod...
An investigation was carried out to find the most optimum configuration, particularly the torque mat...
The Revolving Vane (RV) compressor mechanism was introduced in 2006. Since then, the mechanism has b...
Various aspects of the Revolving Vane (RV-0) expander have been theoretically modelled. They include...
In order to find an energy efficient system to address the possibility of using CO2 refrigeration sy...
The revolving vane (RV) expander is capable of improving the coefficient of performance (COP) of air...
To reduce the detrimental effects that current refrigerants have on the environment, carbon dioxide ...
This report presents an exergy analysis of the Revolving Vane (RV) expander. Exergy, also known as a...
The Revolving Vane (RV) mechanism has been studied, improved and adopted onto compressor and expande...
Leakage modeling of expander is to convert isenthalpic expansion into isentropic expansion and extra...
Conventionally, before arriving to evaporator and after the condenser, the refrigerant gas will pass...
The paper presents an extensive investigation of a small-scale sliding vane rotary expander operatin...
The Revolving Vane (RV) machine is unique because the cylinder rotates together with the rotor at th...
A new refrigeration compressor, named ‘Revolving Vane (RV) compressor’, has been introduced in Part ...
This work presents a novel type of positive-displacement expander, named the balanced rolling piston...
AbstractThis work proposes a focus on the simulation of a rotative volumetric expander via a CFD cod...
An investigation was carried out to find the most optimum configuration, particularly the torque mat...