Internal combustion engines are now extremely optimized, in such ways improving their
performance is a costly task. Traditional engine improvement by experimental means is …

In this study, the RPI wall boiling model is developed to investigate the surface roughness
effect in the subcooled flow boiling. The surface roughness is simulated by two different …

Despite its importance for practical applications, investigation of aging of enhanced boiling
heat transfer surfaces, which occurs during exposure to the boiling process, is often …

Subcooled boiling is an effective heat transfer form for modern engine cooling systems. The
significantly higher heat transfer rate achievable with boiling can keep the temperature in …

In this paper, a new correlation based on experimental results for subcooled flow boiling of
water at low pressure is proposed, preceded by a brief review on how the solid–fluid …

There are numerous technical applications where hot components, with uneven temperature
distribution, require cooling. In such applications, it is desired to provide efficient local …

Modern engine cooling systems use subcooled boiling as an effective heat transfer form.
The significantly higher heat transfer rate achievable with boiling can keep the temperature …

Subcooled boiling flow is specially attractive for engine cooling system design, as no
essential changes in its architecture are required while it is still possible to take advantage of …

Lean blowout (LBO) prediction based on the local parameters in the laboratory toroidal jet-
stirred reactor (TJSR) is investigated. The reactor operated on methane is studied using …

In this study, the bubble departure and lift-off (BDL) boiling model has been improved by
implementing the subcooling suppression factor and flow-related parameters, with the aim of …