September 2024
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23 Reads
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4 Citations
Case Studies in Thermal Engineering
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September 2024
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23 Reads
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4 Citations
Case Studies in Thermal Engineering
October 2023
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37 Reads
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7 Citations
Environmental Challenges
August 2023
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140 Reads
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4 Citations
International Journal of Low-Carbon Technologies
Researchers have carried out the kinetics of various agro products for open sun drying, but research articles still need to address such analysis for cotton seeds. Open sun drying of cotton seeds has been experimentally investigated and presented in this paper. Shorting of cotton seeds was carried out to collect appropriate samples in current research work. Cotton seeds were found to have a nearly ovoid shape with an average radius of 2 to 2.5 mm. The initial moisture content of cotton seeds was estimated to be 14.65% wet-basis using the hot air oven method. During drying, the reduction in the mass of cotton seeds was measured at every one-hour time interval. From this data, it was observed that drying occurred with a falling rate period. Drying data were fitted with 10 mathematical models available in the literature. Multi-regression analysis in Excel-solver equation was performed to obtain values of constants and coefficients of these models. Coefficient of determination (R2), reduced chi-square (χ2) and root mean square error were taken as criteria for the selection of the best drying model. The diffusion approach and models by Verma et al. were chosen as the most suitable drying models for open sun drying of cotton seeds. Effective diffusivity was estimated and found within the range suggested in the literature.
... The temperature of the sun is taken as 5700 K [1] The outlet exergy of SAH is given as [51] Ex out = AFR.C P (T out − T in ) + AFR.C P T a ln ...
September 2024
Case Studies in Thermal Engineering
... (V. Patel et al., 2023) investigated drying gooseberry slices under the OSD method and found a significantly lower effective diffusivity of 5.406 × 10 -11 m 2 /s. (Badaoui et al., 2019) reviewed effective moisture diffusivity, which ranged between 3.2 × 10 -9 and 4.7 × 10 -10 m 2 /s for tomato pomace waste drying using greenhouse solar dryers. ...
October 2023
Environmental Challenges
... Finally, to confirm the reliability and applicability of the developed mathematical model, it is required to validate it through comparison of its predictions with individual experimental data. Numerous mathematical models of drying conducted in recent years have been validated with experimental results (Ajah et al., 2023;Balzarini et al., 2018;Costa et al., 2022;Myhan & Markowski, 2022;Nazarova et al., 2022;Patel et al., 2023;Reppich et al., 2021). This validation process ensures the accuracy and effectiveness of the model in predicting the drying characteristics of the material under varying conditions. ...
August 2023
International Journal of Low-Carbon Technologies