... olar E nergy E ngineering . 06 02 2025 30 06 2025 30 06 2025 07 07 2025 drying heat transfer solar thermodynamics Accepted Manuscript Not Copyedited Journal of Solar Energy Engineering. Received February 06, 2025; Accepted manuscript posted July 7, 2025. doi...

... ind E nergy and B uilding E nergy C onservation . 30 08 2024 27 04 2025 13 05 2025 03 06 2025 renewable energy solar chimney chimney parameters ansys fluent SCPP absorber collector heat transfer renewable simulation References [1...

... research model i.e., continuous transverse sinusoidal rib (CTSR model) in the graphical form. The effect of various paths of fluid, temperature, and vortexes on heat transfer has been explained in the present research. Observations indicate that the thermohydraluic performance parameters of the CTSPR model...

... by the Solar Energy Division of ASME for publication in the J ournal of S olar E nergy E ngineering . 08 03 2025 27 05 2025 27 05 2025 03 06 2025 clean energy collector Energy environment Exergy heat transfer photovoltaics renewable solar thermodynamics Accepted...

... tomato drying economic analysis absorber clean energy collector efficiency fluid flow heat transfer mass transfer renewable solar receiver sustainability References [1] Husham Abdulmalek , S. , Khalaji Assadi , M. , Al-Kayiem , H. H. , and Gitan...

...A. Vázquez-Ruiz; J. M. A. Navarro; J. F. Hinojosa This investigation reports a detailed computational study of heat transfer and airflow in an office with seated persons with a double-duct vertical roof solar chimney (SC). The computational model was validated with experimental temperature profiles...

... the upper boundary from the range of Biot numbers to which the LC assumption can be applied and allows expedient heat transfer analyses for thermal runaway problems. Table 6 23rd iteration of the Yonkist number for the various Biot numbers of class C Biot 10 2.12 1 0.1 0.01 h...

... approaches. Experimental results showed that at peak conditions of 1017-W/m 2 solar intensity and 42 ℃ ambient temperature, the heat transfer fluid (HF) exhibited a temperature increase of 11.5 ℃, accompanied by a heat gain of 1100 W, with a flowrate ranging from 0.028 to 0.03 L/s and a U-tube contact area...

... compared in terms of solar radiation, ambient temperature, as well as the convection heat transfer coefficients for each heat sink geometry, where the relationship between each pair of data has been identified. The analysis reveals that performance differences may be better observed at lower values...

... heat transfer annual energy Science and Engineering Research Board 10.13039/501100001843 SB/S2/RJN-055/2018 Building-integrated photovoltaic (BIPV) or building-integrated photovoltaic thermal (BIPVT) systems are applications to building exteriors such as solar façades...

... was recorded at 0.051 kg/s. The results highlight the superior performance and enhanced efficiency of the S2-SAH, showcasing the effectiveness of its design for improved heat transfer. 1 Corresponding author. Email: [email protected] Email: [email protected] Email...

... in the J ournal of S olar E nergy E ngineering : I ncluding W ind E nergy and B uilding E nergy C onservation . 15 08 2024 02 12 2024 03 12 2024 02 01 2025 renewable air heater Nusselt number solar friction factor heat transfer The use of fossil fuels...

... point of the concentrator. SPDC consists of a dual-axis tracking system that tracks the sun in both east–west and north–south directions. The receiver consists of tubes that carry the heat transfer fluid for absorbing the incident solar radiation. This receiver acts like a once-through boiler, carrying...

... exergy destruction rate. Figure 3 shows the variations of the solar radiation rate ( İ ), the heat transfer fluid temperature at the solar collector exit ( T Collector ), and the fluid temperature in the storage tank ( T tank ) during a summer day. The solar radiation rate rises in the early...

... is the solar receiver mounted on top of the solar tower, which absorbs the incident high-flux radiation and heats a heat transfer fluid. The proposed high-temperature solar receiver concept consists of a cavity containing a reticulated porous ceramic (RPC) structure for volumetric absorption of concentrated...

[email protected]   i = inlet o = outlet t = tank HCE = heat collector element HTF = heat transfer fluid NCLs = natural circulation loops References [1] Budihardjo , I. , Morrison , G. L. , and Behnia , M. , 2007 , “ Natural Circulation Flow...

... study using the real-time data of ambient temperature and solar irradiative flux. The results of the numerical study are used to calculate the derived parameters such as Nusselt number, heat losses, and collector thermal efficiency by varying the water flowrate. The study shows that the heat transfer...

... 07 07 2024 07 08 2024 Graphical Abstract Figure energy storage phase change materials metal foams heat transfer Office of Naval Research 10.13039/100000006 No. N00014-19-1-2006 Solar energy is a preferable solution for providing power to soldiers...

... 06 2024 30 07 2024 Graphical Abstract Figure clean energy heat transfer finite element analysis long duration energy storage thermal energy storage experimental testing Advanced Research Projects Agency 10.13039/100009224 18/CJ000/07/05 A suite...

... is a finite volume method, and thermodynamic and heat transfer properties of both fluids are allowed to vary spatially and temporally. Several flow ramping schemes are investigated, including proportionally equal ramps and proportionally dissimilar ramping, where one fluid reaches its mass flow setpoint...