The phrase "augmented heat" is correct and usable in written English.
It can be used in contexts related to science, technology, or engineering, particularly when discussing enhanced thermal properties or effects.
Example: "The augmented heat generated by the new engine design significantly improves its efficiency."
Alternatives: "enhanced heat" or "increased heat".
In this paper, augmented heat transfer of a blade tip with internal hemispherical dimples has been investigated numerically.
They also augmented heat or capsaicin-activated inward currents in nociceptive neurons resulting in their increased excitability.
Related studies on curved, covered annular channels showed augmented heat transfer rate in comparison with straight annular channels.
Failure to design for this effect could result in augmented heat transfer caused by the cooling scheme, and turbine life could be degraded substantially.
This paper presents the effect of sinusoidal profiled absorber plate on augmented heat transfer and corresponding thermo-hydraulic performance of solar air heater using three dimensional Computational Fluid Dynamics (CFD) simulation for the flow Reynolds number ranging between 4,000 and 24,000.
The overall increased mobility observed results in enhanced Brownian motion and diffusion effects which in their turn give rise to the augmented heat transfer phenomena observed in nanofluids under the studied heat transfer mode.
There were good agreements among numerical and experimental studies to augment heat transfer.
Augmenting heat transfer in the tube wake is very important for the compact design of such heat exchangers.
This study proposes that agitators and syn-jets be integrated within air-cooled heat sinks to significantly augment heat transfer performance.
The experimental trials to augment heat transfer in the facing step and corrugated channels by using conventional fluids and nanofluids are reported.
Highly porous structures (porosity ≥75%), as metal foams or designed foam-like structures, are often used in industry to augment heat and mass transfer.
