Phase change materials (PCM)-based energy storage system is a quite promising
technology for the efficient usage of the excess solar energy produced and utilize it at the …

Accurate quantification of interfacial heat flux between the continuous casting mould and
slab/billet is essential for the design and development of the products as well as operation …

This study addresses the significant gap in the literature regarding the heat transfer
coefficient (HTC) under near-solidus forming (NSF) conditions, where materials are shaped …

A new method based on solution to inverse heat conduction problem for the assessment of
solidification parameters of PCM salts has been proposed. The method estimates the mold …

The reconstruction of the boundary heat flux between solidifying steel and water-cooled
mold wall using measured temperature data is recognized as an inverse heat conduction …

In this paper, the hot 2024 aluminum alloy thin sheets at 495° C were quenched by two
spray nozzles with different pressures and water temperatures. The heat fluxes were …

The linear contraction and hot tearing behavior of 9Cr3Co3W heat-resistant steel during
solidification were studied by combining in-situ casting experiments and the corresponding …

A two-dimensional inverse method is presented for estimating the boundary heat flux
imposed on phase change materials in the melting/solidification process. The inverse …

This paper summarizes the development and application of an Inverse Heat Conduction
Code (IHCC) to determine the surface heat flux distribution from an industrial plasma torch …

This paper presents a theoretical-experimental study for the prediction of the interfacial heat
transfer coefficient during the horizontal directional solidification of an Al-3wt.% Cu alloy on …