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Journal Articles
Accepted Manuscript
Article Type: Research Papers
J. Thermal Sci. Eng. Appl.
Paper No: TSEA-22-1484
Published Online: February 3, 2023
Journal Articles
Article Type: Research Papers
J. Thermal Sci. Eng. Appl. April 2023, 15(4): 041001.
Paper No: TSEA-21-1662
Published Online: January 30, 2023
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 1 Plate-fin heat exchanger More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 2 Schematic diagram of test flow More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 3 Wavy fin heat exchanger More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 4 Experimental setup More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 5 Neural network structure of RBF More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 6 ( a ) Scanning electron micrographs of eroded material and ( b ) material microstructures of tube and fin at 200× and 500× More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 7 ( a ) Scanning electron micrographs of SS316 + Cu 4% at a 30-deg and 90-deg impact angle and ( b ) material structure for base plates at 200× and 500× More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 8 Velocity and pressure vectors for the fin configuration: ( a ) velocity distribution and ( b ) pressure distribution More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 9 Velocities with temperature for different fluids More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 10 Temperature variations of pure water flow on hot and cold sides More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 11 Temperature variations of MFC coolant blend More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 12 Temperature variations of ECSTAR coolant blend More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 13 Temperature variations of TFC anti-freeze coolant blend More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 14 Hot- and cold-side outlet with effectiveness More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 15 Comparison of effectiveness with MFR More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 16 Effectiveness comparison with MFR for water More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 17 Effectiveness comparison with MFR for MFC coolant More
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in Designing an Effective Plate Fin Heat Exchanger and Prediction of Thermal Performance Operated Under Different Water Blends Using Machine Learning
> Journal of Thermal Science and Engineering Applications
Published Online: January 30, 2023
Fig. 18 Effectiveness comparison with MFR for coolant ECSTAR More
