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%u0e22%u0e38%u0e17%u0e18%u0e19%u0e32 %u0e40%u0e01%u0e32%u0e30%u0e01%u0e34%u0e48%u0e07. (2562). %u0e01%u0e32%u0e23%u0e01%uf70a%u0e2d%u0e2a%u0e23%uf70b%u0e32%u0e07%u0e41%u0e25%u0e30%u0e04%uf70a%u0e32%u0e1e%u0e25%u0e31%u0e07%u0e07%u0e32%u0e19%u0e2a%u0e30%u0e2a%u0e21%u0e23%u0e27%u0e21%u0e27%u0e2a%u0e14%u0e31%u0e38%u0e2d%u0e32%u0e04%u0e32%u0e23%u0e1c%u0e19%u0e31%u0e07%u0e14%u0e34%u0e19%u0e2d%u0e31%u0e14. %u0e27%u0e32%u0e23%u0e2a%u0e32%u0e23%u0e2a%u0e16%u0e32%u0e1b%u0e15%u0e22%u0e01%u0e23%u0e23%u0e21%uf710%u0e01%u0e32%u0e23%u0e2d%u0e2d%u0e01%u0e41%u0e1a%u0e1a%u0e41%u0e25%u0e30%u0e01%u0e32%u0e23%u0e01%uf70a%u0e2d%u0e2a%u0e23%uf70b%u0e32%u0e07, 1(3), 48%u201362. %u0e2a%u0e37%u0e1a%u0e04%uf70b%u0e19 %u0e08%u0e32%u0e01 https://so02.tcithaijo.org/index.php/Jadc/article/view/229740%u0e27%u0e23%u0e23%u0e13%u0e01%u0e38%u0e25 %u0e27., %u0e25%u0e35%u0e49%u0e2d%u0e19%u0e31%u0e19%u0e15%uf70e%u0e28%u0e31%u0e01%u0e14%u0e34%u0e4c%u0e28%u0e34%u0e23%u0e34%u0e2d., & %u0e42%u0e1e%u0e18%u0e34%u0e4c%u0e08%u0e31%u0e19%u0e17%u0e23%uf70e%u0e27. (2023). %u0e01%u0e32%u0e23%u0e1e%u0e31%u0e12%u0e19%u0e32%u0e14%u0e34%u0e19%u0e25%u0e21%u0e2b%u0e2d%u0e1a%u0e1c%u0e2a%u0e21%u0e0b%u0e35%u0e40%u0e21%u0e19%u0e15%u0e2a%u0e33%u0e2b%u0e23 %uf70e %u0e31%u0e1a%u0e01%u0e32%u0e23%u0e01%uf70a%u0e2d%u0e2a%u0e23%uf70b%u0e32%u0e07%u0e1c%u0e19%u0e31%u0e07%u0e14%u0e34%u0e19%u0e2d%u0e31%u0e14%u0e01%u0e23%u0e13%u0e35%u0e28%u0e36%u0e01%u0e29%u0e32 %u0e14%u0e34%u0e19%u0e1e%u0e37%u0e49%u0e19%u0e17%u0e35%u0e48%u0e08%u0e31%u0e07%u0e2b%u0e27%u0e31%u0e14%u0e02%u0e2d%u0e19%u0e41%u0e01%uf70a%u0e19. %u0e27%u0e32%u0e23%u0e2a%u0e32%u0e23%u0e27%u0e34%u0e0a%u0e32%u0e01%u0e32%u0e23 %u0e21%u0e2b%u0e32%u0e27%u0e34%u0e17%u0e22%u0e32%u0e25%u0e31%u0e22%u0e23%u0e32%u0e0a%u0e20%u0e31%u0e0f%u0e2d%u0e15%u0e23%u0e14%u0e38%u0e34%u0e15%u0e16%uf70e, 18(2), 25%u201337. %u0e2a%u0e37%u0e1a%u0e04%uf70b%u0e19 %u0e08%u0e32%u0e01https://ph01.tci-thaijo.org/index.php/uruj/article/view/251394Ahmed, W., Nili, M., & Fallahnejad, H. (2020). Sustainable construction practices with rammed earth: A review of current knowledge. Journal of Cleaner Production, 256, 120384. https://doi.org/10.1016/j.jclepro.2020.120384Beckett, C. T. S., & Ciancio, D. (2014). Sustainable cement stabilisation of rammed earth walls. Construction and Building Materials, 68, 691%u2013702. https://doi.org/10.1016/j.conbuildmat.2014.07.025Deepanya, W. ., & Suweero, K. . (2019). Development of Precast Adobe Wall Panel with High Corrosion Resistance and Good Thermal Insulation for Energy and Environmental Conservation Building. Frontiers in Engineering Innovation Research, 17(1), 55%u201364. retrieved from https://ph01.tcithaijo.org/index.php/jermutt/article/view/241929Easton, D., & Wright, C. (2007). The rammed earth house. Chelsea Green Publishing. Fernandes, J., Mateus, R., Gerv%u00e1sio, H., Silva, S. & Bragan%u00e7a, L. (2019). Passive strategies used in Southern Portugal vernacular rammed earth buildings and their influence in thermal performance. Renewable Energy, 142. https://doi.org/10.1016/j.renene.2019.04.098Maniatidis, V., & Walker, P. (2008). A review of rammed earth construction techniques for sustainable building. Construction and Building Materials, 22(5), 923%u2013934. https://doi.org/10.1016/j.conbuildmat.2006.10.022Minke, G. (2006). Building with earth: design and technology of a sustainable architecture. De Gruyter. Soebarto, V. (2009). Analysis of indoor performance of houses using rammed earth walls. . https://digital.library.adelaide.edu.au/dspace/handle/2440/58380Tinsley, J. and Pavia, S. (2019). Thermal performance and fitness of glacial till for rammed earth construction. Journal of building engineering, 24. https://doi.org/10.1016/j.jobe.2019.02.019Yu, S., Hao, S., Mu, J., Tian, D. & Zhao, M. (2022). Research on Optimization of the Thermal Performance of Composite Rammed Earth Construction. Energies. https://doi.org/10.3390/en15041519- 41 -