Figure 2 From A Comparative Study Of Raised Floor And Hard Floor The thermal performance of an air cooled data centre with raised floor and hard floor configurations are compared with respect to the room and ceiling return strategies. the supply heat index, rack cooling index and number of racks that exceed the maximum recommended and allowable rack inlet air temperature according to ashrae's thermal guidelines, are used to evaluate the thermal performance. In order to reduce the well known bypass and recirculation flows, a comparative study between raised floor and hard floor configurations showed that the overhead supply return strategy gives the.
Figure 1 From A Comparative Study Of Raised Floor And Hard Floor Doi: 10.1109 itherm.2012.6231412 corpus id: 34124119; a comparative study of raised floor and hard floor configurations in an air cooled data centre @article{srinarayana2012acs, title={a comparative study of raised floor and hard floor configurations in an air cooled data centre}, author={nagarathinam srinarayana and babak fakhim and masud behnia and steven william armfield}, journal={13th. A hard floor configuration is compared to a raised floor configuration. when a raised floor configuration is used, the cold air is supplied into an under floor space and enters the room through perforated tiles in the floor, located in front of the server racks. the flow inside the main components and the under floor space is not included in. A comparative study of raised floor and hard floor configurations in an air cooled data centre. paper presented at the intersociety conference on thermal and thermomechanical phenomena in electronic systems, itherm. google scholar strathclyde, university of. (2017). recycled glass fibre for cost effective composites. The maximum tem perature in the data center is 44 c at a height of 2.2 m from the raised floor and in the hot aisle behind the rack row 3 in figure 4. ideally, assuming no mixing of hot and cold.
Figure 1 From A Comparative Study Of Raised Floor And Hard Floor A comparative study of raised floor and hard floor configurations in an air cooled data centre. paper presented at the intersociety conference on thermal and thermomechanical phenomena in electronic systems, itherm. google scholar strathclyde, university of. (2017). recycled glass fibre for cost effective composites. The maximum tem perature in the data center is 44 c at a height of 2.2 m from the raised floor and in the hot aisle behind the rack row 3 in figure 4. ideally, assuming no mixing of hot and cold. A hard floor configuration is compared to a raised floor configuration. when a raised floor configuration is used, the cold air is supplied into an under floor space and enters the room through perforated tiles in the floor, located in front of the server racks. the flow inside the main components and the under floor space is not included in. Fingerprint dive into the research topics of 'a comparative study of raised floor and hard floor configurations in an air cooled data centre'. together they form a unique fingerprint.
A Comparative Study Of Raised Floor And Hard Floor Configurations In An A hard floor configuration is compared to a raised floor configuration. when a raised floor configuration is used, the cold air is supplied into an under floor space and enters the room through perforated tiles in the floor, located in front of the server racks. the flow inside the main components and the under floor space is not included in. Fingerprint dive into the research topics of 'a comparative study of raised floor and hard floor configurations in an air cooled data centre'. together they form a unique fingerprint.
Figure 1 From A Comparative Study Of Raised Floor And Hard Floor
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