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Impact of support pillars geometry on thermal insulation performance of vacuum glazing: CFD research and exergy analysis
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A. P. MERT CÜCE Et Al. , "Impact of support pillars geometry on thermal insulation performance of vacuum glazing: CFD research and exergy analysis," INTERNATIONAL JOURNAL OF EXERGY , no.3-4, 2024

MERT CÜCE, A. P. Et Al. 2024. Impact of support pillars geometry on thermal insulation performance of vacuum glazing: CFD research and exergy analysis. INTERNATIONAL JOURNAL OF EXERGY , no.3-4 .

MERT CÜCE, A. P., CÜCE, E., & ŞEN, H., (2024). Impact of support pillars geometry on thermal insulation performance of vacuum glazing: CFD research and exergy analysis. INTERNATIONAL JOURNAL OF EXERGY , no.3-4.

MERT CÜCE, AYŞE, ERDEM CÜCE, And HARUN ŞEN. "Impact of support pillars geometry on thermal insulation performance of vacuum glazing: CFD research and exergy analysis," INTERNATIONAL JOURNAL OF EXERGY , no.3-4, 2024

MERT CÜCE, AYŞE P. Et Al. "Impact of support pillars geometry on thermal insulation performance of vacuum glazing: CFD research and exergy analysis." INTERNATIONAL JOURNAL OF EXERGY , no.3-4, 2024

MERT CÜCE, A. P. CÜCE, E. And ŞEN, H. (2024) . "Impact of support pillars geometry on thermal insulation performance of vacuum glazing: CFD research and exergy analysis." INTERNATIONAL JOURNAL OF EXERGY , no.3-4.

@article{article, author={AYŞE PINAR MERT CÜCE Et Al. }, title={Impact of support pillars geometry on thermal insulation performance of vacuum glazing: CFD research and exergy analysis}, journal={INTERNATIONAL JOURNAL OF EXERGY}, year=2024}