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  • Fulpagare, Yogesh; Bhargav, Atul; Joshi, Yogendra (Elsevier, 2019-05)
    World over, power consumption by “server farms” or data centers is a growing concern. With time dependent job arrival rates at the servers, the power dissipation, and concomitantly the cooling requirements are dynamic. ...
  • Fulpagare,Yogesh; Bhargav, Atul; Joshi, Yogendra (American Society of Mechanical Engineers, 2020-06)
    With the explosion in digital traffic, the number of data centers as well as demands on each data center, continue to increase. Concomitantly, the cost (and environmental impact) of energy expended in the thermal management ...
  • Fulpagare, Yogesh; Joshi, Yogendra; Bhargav, Atul (IEEE, 2017-05-30)
    Due to the nature of their operations, electronic data centers are highly dynamic in their computational load handling, and concomitantly in the heat generated by various servers inside the data center. In the absence of ...
  • Fulpagare, Yogesh; Joshi, Yogendra; Bhargav, Atul (Emerald Publishing, 2018-02)
    The paper aims to capture the rack level thermal dynamics in data center. It proposes the rack level response experiments as well as transient CFD analysis to characterize the local thermal environment of the system. A ...
  • Fulpagare, Yogesh; Joshi, Yogendra; Bhargav, Atul (2016-07-06)
  • Fulpagare, Yogesh; Joshi, Yogendra; Bhargav, Atul (ASME, 2016-11-11)
    The increased computational and storage demand has increased the heat dissipation of servers in data centers. The flow inside the data center is highly dynamic due to various parameters such as server workload, server fan ...

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