Zulkar Nain Prince
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Research Areas
Biography and Research Information
OverviewAI-generated summary
Zulkar Nain Prince's research centers on the study of pool boiling phenomena, specifically investigating subatmospheric conditions and the behavior of water on copper surfaces. His work has involved collecting and publishing detailed datasets that capture optical, acoustic, thermal, and pressure characteristics of subcooled pool boiling. These datasets are crucial for understanding the nuances of heat transfer under reduced pressure, including the phenomenon of boiling hysteresis and its relationship with maximum wall temperature at specific pressures like 10 kPa. His recent publications in 2026 highlight his ongoing contributions to this area of thermal sciences.
Metrics
- Publications: 6
Selected Publications
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Dataset of subatmospheric pool boiling of water on copper surfaces (2026)
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Boiling hysteresis versus maximum wall temperature at 10 kPa (2026)
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Subcooled Pool Boiling Dataset - Optical, Acoustic, Thermal, and Pressure (2026)
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Subcooled Pool Boiling Dataset - Optical, Acoustic, Thermal, and Pressure (2026)
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Dataset of subatmospheric pool boiling of water on copper surfaces (2026)
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Boiling hysteresis versus maximum wall temperature at 10 kPa (2026)
Collaboration Network
Top Collaborators
- Boiling hysteresis versus maximum wall temperature at 10 kPa
- Dataset of subatmospheric pool boiling of water on copper surfaces
- Subcooled Pool Boiling Dataset - Optical, Acoustic, Thermal, and Pressure
- Subcooled Pool Boiling Dataset - Optical, Acoustic, Thermal, and Pressure
- Boiling hysteresis versus maximum wall temperature at 10 kPa
Showing 5 of 6 shared publications
- Boiling hysteresis versus maximum wall temperature at 10 kPa
- Dataset of subatmospheric pool boiling of water on copper surfaces
- Subcooled Pool Boiling Dataset - Optical, Acoustic, Thermal, and Pressure
- Subcooled Pool Boiling Dataset - Optical, Acoustic, Thermal, and Pressure
- Boiling hysteresis versus maximum wall temperature at 10 kPa
Showing 5 of 6 shared publications
- Boiling hysteresis versus maximum wall temperature at 10 kPa
- Dataset of subatmospheric pool boiling of water on copper surfaces
- Boiling hysteresis versus maximum wall temperature at 10 kPa
- Dataset of subatmospheric pool boiling of water on copper surfaces
- Boiling hysteresis versus maximum wall temperature at 10 kPa
- Dataset of subatmospheric pool boiling of water on copper surfaces
- Boiling hysteresis versus maximum wall temperature at 10 kPa
- Dataset of subatmospheric pool boiling of water on copper surfaces
- Subcooled Pool Boiling Dataset - Optical, Acoustic, Thermal, and Pressure
- Subcooled Pool Boiling Dataset - Optical, Acoustic, Thermal, and Pressure
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