...). They explored the effects of thermophysical properties of hydrocarbons on the energetic and exergetic performances of the cycle. Chowdhury and Mokheimer [ 11 ] outlined the role of PTSC in generating the temperature below 400 °C required to drive the thermodynamic cycle comprised of ORC and ERC for sustainable...

.... Table 1 Thermophysical properties of alternative components First components Critical temperature (K) Critical pressure (MPa) Second components Critical temperature (K) Critical pressure (MPa) R601 469.7 3.37 R12 385.12 4.14 R601a 460.35 3.38 R124 395.43 3.62...

... tracing Gaussian process convolutional neural network (CNN) porous media radiative heat transfer thermophysical properties machine learning (ML) Directorate for Engineering 10.13039/100000084 CBET-2054124 The radiative properties of a porous medium, including reflectivity...

... 06 2024 24 07 2024 Graphical Abstract Figure microchannel heat transfer Nusselt number micro-fins thermo-fluid coupling Navier–Stokes equation heat transfer enhancement thermophysical properties Humans have been intrigued by a variety of biological forms...

... transfer performance of SCO 2 in a six-start spiral groove tube casing gas cooler, where CO 2 flowed between the inner and outer tube channels. They established the SCO 2 cooling heat transfer correlation based on the experimental data, which took into account the thermophysical properties of the medium...

... (0.44, 0.35, and 0.23) flows through the inner pipe to charge the outer pipe's PCM. The Enthalpy-porosity model is used to study the melting and solidification of various PCMs, and the results were compared. Also, individual thermophysical properties that affect the heat transfer during the melting...

...-dimensional numerical model; experimental platform; heat exchange capacity; heat and mass transfer heat exchangers heat transfer enhancement porous media thermophysical properties National Natural Science Foundation of China 10.13039/501100001809 52106283 In recent years...

... minimization analysis thermophysical properties Based on environmental regulations and other requirements, the selection of environmentally friendly refrigerants with similar heat transfer capacity to R134a is the priority of current research. R513A is an azeotropic refrigerant consisting of R134a...

... bubbles particles and droplets extended surfaces/fins forced convection thermophysical properties The ignition of combustible fluid leakage on the hot surface of an aircraft is a major cause of flight fires [ 1 ]. This issue has become a focal point in the aircraft industry [ 2 , 3...

... 02 2024 07 03 2024 27 03 2024 Graphical Abstract Figure motor temperature field conductor distribution equivalent thermal conductivity finite element analysis heat transfer in manufacturing thermophysical properties With the development of electric vehicles...

... of performance vapor compression cycles low-GWP refrigerants R404A volumetric flowrate energy efficiency thermophysical properties 13 10 2023 20 12 2023 27 12 2023 16 02 2024 Copyright © 2024 by ASME 2024 American Society of Mechanical Engineers 1948-5085/2024/16(4)/041002...

... uniformity air average temperature heat and mass transfer heat exchangers heat transfer enhancement heat transfer in manufacturing thermophysical properties The cooling module of a vehicle is usually arranged between the intake grille and the engine, which contains components such as heat...

... and mass transfer micro/nanoscale heat transfer thermophysical properties With electronics being a significant part of daily life, nowadays, having high-performing heat sinks (that are small) is the most desirable. Electronic components typically have a maximum temperature between 85 and 100 °C...

... cooling system thermal performance heat input tilt angle transmit/receive module LED heat pipes thermophysical properties two-phase flow and heat transfer The trend toward miniaturization of electronic devices, increasing the number of active electronic components and the number...

... liquids. Thus, investigations are structured to minimize cost and efficiently obtain results by maximizing the amount of data that can be obtained during each experiment. conduction low-temperature heat transfer natural and mixed convection radiative heat transfer thermophysical properties...

... transfer enhancement thermophysical properties National Natural Science Foundation of China 10.13039/501100001809 51904325 52204039 Natural Science Foundation of Shandong Province 10.13039/501100007129 ZR2022QB046 Natural gas (NG) has become an essential form of primary...

...@163.com 21 06 2023 18 09 2023 21 09 2023 20 10 2023 phase change compound hollow cored fibers heat energy discharge performances available energies solidification time energy efficiency melting and solidification thermophysical properties National Natural...

... 15 09 2023 21 09 2023 20 10 2023 environmentally friendly refrigerant tube diameter condensation heat transfer numerical simulation elliptical tube heat transfer enhancement thermophysical properties two-phase flow and heat transfer National Natural Science...

...-nineteenth century, and its scope has grown progressively. Several published articles reported in-depth research on determining the thermophysical properties of soil. Chen et al. [ 7 ] employed the transient probe method to observe the thermal conductivity of soil in active layers within seasonal freezing...

...: yunting1@ualberta.ca 1 Corresponding author. Email: victor.liu@ualberta.ca 10 01 2023 16 06 2023 19 06 2023 25 07 2023 tire rubber heat generation heat build-up temperature prediction thermal analysis conduction heat and mass transfer thermophysical properties...