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Nirmal Parmar
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Data Science & Analytics
Pulsating Heat Pipe
Solar Water Heater
Thermal Contact Resistance
microDSC for Heat Capacity
Salt Production Enhancement Method
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Nirmal Parmar
Home
About
Data Science & Analytics
Pulsating Heat Pipe
Solar Water Heater
Thermal Contact Resistance
microDSC for Heat Capacity
Salt Production Enhancement Method
Advanced Thermal Aanalysis
Mathematical Gnostics
Python Library
Business Use Cases
Thermal Engineering
Nanofluids
Heat Exchanger
Thermal Contact Resistance
SPEM
Pulsating Heat Pipe
Characterization
Blogs & Talks
Circle
Publications
Contact
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Home
About
Data Science & Analytics
Pulsating Heat Pipe
Solar Water Heater
Thermal Contact Resistance
microDSC for Heat Capacity
Salt Production Enhancement Method
Advanced Thermal Aanalysis
Mathematical Gnostics
Python Library
Business Use Cases
Thermal Engineering
Nanofluids
Heat Exchanger
Thermal Contact Resistance
SPEM
Pulsating Heat Pipe
Characterization
Blogs & Talks
Circle
Publications
Contact
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GitHub - nirmalparmarphd/PyPulseHeatPipe: The data analysis Python package for the Pulsating Heat Pipe experimental data
The data analysis Python package for the Pulsating Heat Pipe experimental data - GitHub - nirmalparmarphd/PyPulseHeatPipe: The data analysis Python package for the Pulsating Heat Pipe experimental ...
GitHub - nirmalparmarphd/PyCpep: pip package to predict the deviation in the heat capacity measurement for microDSC Tian-Calvet
pip package to predict the deviation in the heat capacity measurement for microDSC Tian-Calvet - GitHub - nirmalparmarphd/PyCpep: pip package to predict the deviation in the heat capacity measureme...
GitHub - nirmalparmarphd/PyCpil: PyCpil is a pkg to calculate isobaric heat capacity of ionic liquids and ionanofluids (nanofluids).
PyCpil is a pkg to calculate isobaric heat capacity of ionic liquids and ionanofluids (nanofluids). - GitHub - nirmalparmarphd/PyCpil: PyCpil is a pkg to calculate isobaric heat capacity of ionic l...
GitHub - nirmalparmarphd/PyThermalAnalysis: Advanced Thermal Analysis Library
Advanced Thermal Analysis Library. Contribute to nirmalparmarphd/PyThermalAnalysis development by creating an account on GitHub.
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