Introduction to Coupled Vane compressor: Mathematical modelling with validation

A Review on Sliding Vane and Rolling Piston Compressors

“…This is achieved by allowing the vanes to diametrically pass through the rotor. Preliminary theoretical and measurement [71,72] showed that it has potential of reducing the pump end by at least 40% in physical size, which potentially saves a lot of materials in fabricating it. [58][59][60].…”

Theoretical and Experimental Comparison of Revolving Vane Compressors and Rolling Piston Compressors

“…They observed that the bearing causes extra power loss, but the overall power consumption can be reduced by 170.17W compared to the conventional revolving vane compressor [39]. Ooi et al have made a new design in order to reduce the compressor dimensions and make the compressor more compact [40][41][42][43]. They carried out studies on increasing the performance of the new type of compressor [44] and compared the new design with the conventional rolling piston type rotary compressor [45].…”

Development of an oil-free swing vane compressor with liquid refrigerant injection

“…A complete working cycle for a compressor involves three processes, namely, the suction, compression and discharge process. The modelling of each process is based on the mass and energy analysis of a control volume [128][129][130][131][132] using First Law of Thermodynamics and Conservation of Mass, as illustrated in Figure 4.3. During each process, the suction and compression chambers can be modelled as a control volume with mass transfer due to inflow and outflow of working fluid through the ports and leakages via the clearances with moving boundary work and heat exchange interactions with the surroundings, as described in Equation (4.17).…”