Publication2019
Enhanced heat transfer from hot surface by nanofluid based ultrafast cooling: An experimental investigation
- Affordable and Clean Energy
- Thriving and Sustainable Economy
The record
- Type
- Publication
- Date
- 1 January 2019
- Level
- National
- Journal
- Journal of Enhanced Heat Transfer
- Volume
- 26
- Issue
- 4
- Pages
- 415-428
- Published
- 1 January 2019
- DOI
- 10.1615/jenhheattransf.2019028238
- Scopus ID
- 85070206514
- ISSN
- 10655131
- Authors
- 2
- Open access
- No
- Citations
- 18
- International co-authorship
- No
- Co-author countries
- IN
Classification
Every label below carries the reasoning it was assigned on, the confidence band it was assigned in, and what produced it. The rubric is published.
UN Sustainable Development Goals
7.3 Double the global rate of improvement in energy efficiency
Experimental investigation of water-based titanium dioxide nanofluid spray impingement cooling on heated surface demonstrating enhanced heat transfer performance over conventional water cooling.
- Moderate confidence
- The alignment is plausible and defensible but rests on an assumption a reasonable reviewer could decline. Published, and surfaced in the review queue for a human to confirm or override.
- Judged
- Judged against the published classification rubric, under the rubric and prompt versions recorded with the run that produced it.
- Produced by
- claude-haiku-4-5-20251001, under kortex-publication-v1
Viksit Bharat @2047
vb-2 Thriving and Sustainable Economy
Derived through the seeded SDG-to-Viksit-Bharat crosswalk from the primary SDG 7 label. Experimental investigation of water-based titanium dioxide nanofluid spray impingement cooling on heated surface demonstrating enhanced heat transfer performance over conventional water cooling.
- Produced by
- claude-haiku-4-5-20251001, under kortex-publication-v1
Each label above carries the instrument and the version that produced it. How each classification is reached.
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- 1
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Citing this record
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KIIT Deemed to be University. “Enhanced heat transfer from hot surface by nanofluid based ultrafast cooling: An experimental investigation”. Kortex.