For convective heat transfer, the fluid-domain based decoupled approach has been well
established and widely applied for a long time. In this approach, the convective heat transfer …

Constitutive model is the most commonly used method to describe the material deformation
behavior during machining process. This paper aims to investigate the material dynamic …

The present work is aimed at developing a methodology to predict convective heat transfer
of flow bounded by a non-isothermal wall, which has been a long-standing issue of interest …

There are two major issues of interest in relation to Newton's law of cooling. The first is its
applicability to flow bounded by a nonisothermal wall where the wall surface temperature is …

Increased scrutiny on aviation's environmental footprint has precipitated a dramatic increase
in gas turbine technology development, with a focus on engine performance improvements …

There are two major issues of interest in relation to Newton's law of cooling. The first is its
applicability for flow bounded by a non-isothermal wall where the surface temperature is non …

Acoustic horns can enhance the overall efficiency of loudspeakers to emanate highly
directional acoustic waves. In this work, a theoretical model is developed to predict …

The discrete Green's function (DGF) is a superposition-based descriptor of the relationship
between the surface temperature and the convective heat transfer from a surface. The …

For novel high-speed small core turbines, with tip clearance below 0.5 mm, even small
blade-to-blade tip clearance variation is significant. The assessment of these complex flows …

The aerothermal characterization of film-cooled geometries is traditionally performed at
reduced temperature conditions, which then requires a debatable procedure to scale the …