[[abstract]]A new design of recycling double-pass solar air collectors is proposed which incorporates a V-corrugated absorber to the conventional flat-plate device for increasing thermal efficiency. With the air flowing over and under the V-corrugated absorbing plate, the turbulence intensity as well as the convective heat-transfer coefficient are enhanced. The theoretical predictions and experimental results are presented graphically and show that both higher air mass flow rate and recycle ratio can lead to improvement of the collector performance as compared to that of the flat-plate solar air collectors.[[notice]]補正完
In this paper, the thermal performance of cross-corrugated and v-groove solar air collectors has be...
[[abstract]]The performance of a solar air heater featured with double-pass as well as fins and baff...
[[abstract]]This work theoretically and experimentally investigates a device for inserting an absorb...
[[abstract]]The study of the heat transfer enhancement for the recycling double-pass V-corrugated so...
[[abstract]]The influence of recycling on double-pass solar air collectors with welding of the V-cor...
The influence of recycling on double-pass solar air collectors with welding of the V-corrugated abso...
[[abstract]]The device performance of double-pass V-corrugated solar air heaters with external recyc...
[[abstract]]The device performance of cross-corrugated double-pass solar air heaters under external ...
[[abstract]]The device performance of cross-corrugated double-pass solar air heaters under external ...
[[abstract]]The device performance improvement of the new design of recycling double-pass solar air ...
The effect of external-recycle operations on the thermal performance of double-pass cross-corrugated...
The effect of external-recycle operations on the thermal performance of double-pass cross-corrugated...
The device performance of recycling double-pass solar air heaters with W-ribs by machining on both s...
A comprehensive parametric study has been carried out in this paper on the thermal performance of cr...
The device performance of recycling double-pass solar air heaters with W-ribs by machinin...
In this paper, the thermal performance of cross-corrugated and v-groove solar air collectors has be...
[[abstract]]The performance of a solar air heater featured with double-pass as well as fins and baff...
[[abstract]]This work theoretically and experimentally investigates a device for inserting an absorb...
[[abstract]]The study of the heat transfer enhancement for the recycling double-pass V-corrugated so...
[[abstract]]The influence of recycling on double-pass solar air collectors with welding of the V-cor...
The influence of recycling on double-pass solar air collectors with welding of the V-corrugated abso...
[[abstract]]The device performance of double-pass V-corrugated solar air heaters with external recyc...
[[abstract]]The device performance of cross-corrugated double-pass solar air heaters under external ...
[[abstract]]The device performance of cross-corrugated double-pass solar air heaters under external ...
[[abstract]]The device performance improvement of the new design of recycling double-pass solar air ...
The effect of external-recycle operations on the thermal performance of double-pass cross-corrugated...
The effect of external-recycle operations on the thermal performance of double-pass cross-corrugated...
The device performance of recycling double-pass solar air heaters with W-ribs by machining on both s...
A comprehensive parametric study has been carried out in this paper on the thermal performance of cr...
The device performance of recycling double-pass solar air heaters with W-ribs by machinin...
In this paper, the thermal performance of cross-corrugated and v-groove solar air collectors has be...
[[abstract]]The performance of a solar air heater featured with double-pass as well as fins and baff...
[[abstract]]This work theoretically and experimentally investigates a device for inserting an absorb...