Liquid Crystal Thermography is a widely used experimental technique in the gas turbine
heat transfer community. In turbine heat transfer, determination of the convective heat …

Heat transfer continues to be a field of major interest to engineering and scientific
researchers, as well as designers, developers, and manufacturers. Considerable effort has …

An inverse heat conduction problem is solved by using Alifanov's iterative regularization
method to estimate the time-varying heat transfer coefficient of forced-convective flow boiling …

Thermochromic liquid crystal (TLC) can be used to measure the surface temperature in
transient heat transfer experiments. Knowing the time at which the TLC changes colour …

It has been shown that the heat transfer coefficients obtained from using the 1-D transient
liquid crystal scheme are higher than those obtained from employing the 3-D scheme when …

This article presents an experimental investigation of the heat transfer characteristics in a
typical rotor–stator system with cooling air inlet at low radius under different dimensionless …

The combined cycle power island consists of three major components: the gas turbine (GT),
the heat recovery steam generator (HRSG), and the steam turbine (ST). The cleaned syngas …

New techniques for processing transient liquid crystal heat transfer experiment have been
developed. The methods are able to measure detailed local heat transfer coefficient and …

Accurate quantification of local heat transfer coefficient (HTC) is imperative for design and
development of heat exchangers for high heat flux dissipation applications. Liquid crystal …

TEMPERATURE-SENSITIVE paint (TSP) is able to provide quantitative global heat transfer
diagnostics on hypersonic vehicles which is critical for the design of air vehicles [1–7]. The …