... [ 18 ] simulated melting and solidification stages in a copper–nickel metal welding pool, and the energy and momentum transport characteristics obtained under both laminar and turbulent flow models were also compared. He et al. [ 19 ] further investigated the mushy zone evolution during the melt pool...

... 2022 24 06 2022 19 07 2022 PCM heat exchanger thermal energy storage toroidal tubes melting geometric shape energy efficiency energy systems heat transfer enhancement melting and solidification two-phase flow and heat transfer Natural Sciences and Engineering...

... and solidification thermal systems Thermal energy storage (TES) is a technology that stocks thermal energy by heating or cooling a storage medium to be used later in many industrial, commercial, and residential applications. Latent heat thermal energy storage (LHTES) systems exploit melting...

... contained in the tank, which often spans several hours to days, is critical for developing mitigation strategies [ 2 – 4 ], such as placing heating elements at optimal locations. solidification freezing water computation model multi-phase heat and mass transfer melting and freezing melting...

... shell and tube heat exchangers [ 10 , 11 ]. Agyenim et al. [ 12 ] reported that heat loss is minimal during melting and solidification of PCM in shell and tube heat exchangers and hence is the most preferred LHTES system to evaluate the thermal performance of PCM. Agrawal and Rakshit [ 13 ] reported...

... enhancement melting and solidification Buildings sector energy consumption produces a considerable high amount of greenhouse emission [ 1 ]. Suitable use of solar energy with bioclimatic architectural design can heat passively the buildings and limit interior temperature fluctuation by combining...

...@mech.iitkgp.ac.in Email: ppb@mech.iitkgp.ac.in 26 03 2021 14 07 2021 14 07 2021 09 08 2021 particles and droplets conduction heat and mass transfer heat and mass transfer in manufacturing melting and solidification droplets heat transfer in manufacturing A thermal...

... melting and solidification natural and mixed convection Improving the computing efficiency of electronic components was closely linked to the increase in their operating temperature and subsequent overheating. Temperature increase is the main factor, among many factors, causing 55% of failures...

... 2020 05 03 2021 electronic cooling experimental techniques heat transfer enhancement melting and solidification thermal systems In the last few decades, huge progress is being made in the industries involving electronic equipment creating new vistas and challenges...

... 11 2020 22 01 2021 solid–liquid phase change metal foam paraffin macroscale modeling filling condition thermal dispersion interstitial heat transfer heat and mass transfer melting and solidification porous media Open-cell metal foam materials, which can be maturely...

... 2020 electronic cooling extended surfaces/fins heat transfer enhancement melting and solidification thermal systems In the realm of electronics, peak loads for short durations, also known as power surges, are frequent. Electromechanical actuators in aircraft, ultracapacitor-powered...

..., the best fire retardants could be the fire retardant with phosphorus. Email: esozen@bartin.edu.tr Email: ggunduz@bartin.edu.tr Email: denizaydemir@bartin.edu.tr Email: acan@bartin.edu.tr 05 02 2020 10 05 2020 11 05 2020 14 07 2020 biotechnology melting...

... and mass transfer heat transfer enhancement heat transfer in manufacturing melting and solidification Continuous casting is an efficient way to produce large volumes of semi-finished steel products. This process is getting increasingly popular, and it makes more than 90% of steel in the world...

... . 10.1016/j.ijheatmasstransfer.2011.10.054 [9] Trp , A. , 2005 , “ An Experimental and Numerical Investigation of Heat Transfer During Technical Grade Paraffin Melting and Solidification in a Shell-and-Tube Latent Thermal Energy Storage Unit ,” Sol. Energy , 79 ( 6 ), pp. 648 – 660...

... suitable PCM for low-temperature (40–80 °C) heat storage applications. However, the selection of the most suitable one from the wide range of PCMs for an application needs a thorough insight of their thermophysical properties, thermal stability, compatibility, and melting and solidification behavior. Among...