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Prediction of best PCM combinations used in bricks based on their performance for the improvement of thermal performance in energy-efficient building designs by multi-criteria decision
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F. Iachachene Et Al. , "Prediction of best PCM combinations used in bricks based on their performance for the improvement of thermal performance in energy-efficient building designs by multi-criteria decision," Journal of Energy Storage , vol.120, 2025

Iachachene, F. Et Al. 2025. Prediction of best PCM combinations used in bricks based on their performance for the improvement of thermal performance in energy-efficient building designs by multi-criteria decision. Journal of Energy Storage , vol.120 .

Iachachene, F., Cheradi, H., Mougari, N. E., Kabache, M., & DALKILIÇ, A. S., (2025). Prediction of best PCM combinations used in bricks based on their performance for the improvement of thermal performance in energy-efficient building designs by multi-criteria decision. Journal of Energy Storage , vol.120.

Iachachene, Farida Et Al. "Prediction of best PCM combinations used in bricks based on their performance for the improvement of thermal performance in energy-efficient building designs by multi-criteria decision," Journal of Energy Storage , vol.120, 2025

Iachachene, Farida Et Al. "Prediction of best PCM combinations used in bricks based on their performance for the improvement of thermal performance in energy-efficient building designs by multi-criteria decision." Journal of Energy Storage , vol.120, 2025

Iachachene, F. Et Al. (2025) . "Prediction of best PCM combinations used in bricks based on their performance for the improvement of thermal performance in energy-efficient building designs by multi-criteria decision." Journal of Energy Storage , vol.120.

@article{article, author={Farida Iachachene Et Al. }, title={Prediction of best PCM combinations used in bricks based on their performance for the improvement of thermal performance in energy-efficient building designs by multi-criteria decision}, journal={Journal of Energy Storage}, year=2025}