Improving Heat Transfer Calculations with a New Method
Author Information
Author(s): Su Huijuan, Kang Jianye, Li Yan, Lyu Mingxin, Lai Yanhua, Dong Zhen
Primary Institution: Shandong University
Hypothesis
Can a body-fitted coordinate system and parallel Bayesian optimization improve the efficiency of thermophysical property measurements?
Conclusion
The study demonstrates that using a body-fitted coordinate system significantly enhances the calculation speed and accuracy of thermophysical property measurements.
Supporting Evidence
- The body-fitted coordinate system improved calculation speeds by over 36% compared to traditional methods.
- The accuracy of the new method was verified against computational fluid dynamics results with less than 0.03% error.
- Adding parallel points in the optimization process reduced computation time by 66.6%.
Takeaway
This study found a way to make measuring how well materials conduct heat much faster and more accurate by using a special grid system and smart math.
Methodology
The study used a transient plane source method combined with a body-fitted coordinate system and a parallel Bayesian optimization algorithm.
Limitations
Only low thermal conductivity materials were considered, limiting the applicability of the findings to other materials.
Digital Object Identifier (DOI)
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