Effect of Soil Salinity on Thermal Behavior of Sandy Soils Under a Sahara Climate DOI Creative Commons

Djihad Bennaceur,

Nadia Laredj, Mustapha Maliki

et al.

Science Engineering and Technology, Journal Year: 2025, Volume and Issue: 5(1)

Published: Jan. 17, 2025

Soil salinity represents a harmful environmental problem that occurs either naturally or as consequence of ineffective management practices by humans, especially in arid regions. Assessing ground temperature profile an important indicator for evaluating the performance geothermal systems, used air conditioning building. This paper proposes conceptual and numerical model predicting hydrothermal behavior unsaturated soils. The effect soil was investigated this research. Two types (sandy sandy loam) were studied under three levels. Moreover, meteorological conditions Sahara Desert considered developed model. According to results, it appears soils exhibit optimal thermal at moderate concentration C = 0.1 M, with increased surface temperatures during warmer periods better heat conservation colder conditions. Conversely, loam respond most effectively higher 0.2 particularly excelling retention summer months. These results emphasize intricate interaction between composition regulating patterns, providing knowledge enhancing are customized particular factors, potential implications applications.

Language: Английский

Effect of Soil Salinity on Thermal Behavior of Sandy Soils Under a Sahara Climate DOI Creative Commons

Djihad Bennaceur,

Nadia Laredj, Mustapha Maliki

et al.

Science Engineering and Technology, Journal Year: 2025, Volume and Issue: 5(1)

Published: Jan. 17, 2025

Soil salinity represents a harmful environmental problem that occurs either naturally or as consequence of ineffective management practices by humans, especially in arid regions. Assessing ground temperature profile an important indicator for evaluating the performance geothermal systems, used air conditioning building. This paper proposes conceptual and numerical model predicting hydrothermal behavior unsaturated soils. The effect soil was investigated this research. Two types (sandy sandy loam) were studied under three levels. Moreover, meteorological conditions Sahara Desert considered developed model. According to results, it appears soils exhibit optimal thermal at moderate concentration C = 0.1 M, with increased surface temperatures during warmer periods better heat conservation colder conditions. Conversely, loam respond most effectively higher 0.2 particularly excelling retention summer months. These results emphasize intricate interaction between composition regulating patterns, providing knowledge enhancing are customized particular factors, potential implications applications.

Language: Английский

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