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 …

针对高效低污染卧式柴油机的技术要求, 为了设计合理的冷却系统, 结合冷却水流动试验,
采用计算流体动力学(CFD) 三维模拟的方法建立了冷却水流动仿真模型, 分析了2D25 …

Any boiling-based strategy in developing cooling systems of internal combustion (IC)
engines requires an accurate prediction of coolant-side heat transfer. The computational …

The accuracy of computational fluid dynamic (CFD)-based heat transfer predictions have
been examined of relevance to liquid cooling of IC engines at high engine loads where …

The demands for high power and low emissions put focus on energy efficiency when
developing new engines. An important part is the engine cooling system, which cools the …

In order to fulfill the technical requirements of a high-efficiency low-emissions off-road
horizontal diesel engine and design a rational cooling system, combined with the cooling …

The use of subcooled flow boiling is a convenient option for the thermal management of
downsized engines, but proper control of the phenomenon requires the accurate prediction …

This paper presents a numerical methodology for studying the effect of boiling on the
structural behavior of high-performance internal combustion engines. Boiling occurs when …

In the pursuit of extracting the most performance, engines are being continuously down
sized and their power density continuously increased. This significantly increases the heat …