Reliability and efficiency of the aero-engine thermal management system (ATMS) is of great
importance to ensure the required working condition. Conventional methods on modeling …

Integrating engine thermal management into waste heat recovery will increase the
applicability of vehicular engine waste heat recovery systems (E-WHRS). Research gaps …

The temperature control system is required to have both cooling and heating actuators to
achieve a high-precision thermostatic indoor air environment of industrial buildings. The …

The performance of an automobile cooling system has substantial impacts on the engine's
efficiency, fuel consumption, and CO 2 emission. In this novel experimental and numerical …

Waste heat recovery is a promising energy-saving solution for transportation. Especially for
refrigerated trucks, combined cooling and power cycle via waste heat recovery is expected …

Despite the attention paid to components downsizing and down weighting, as well as to
combustion control and exhaust gases after-treatment, friction reduction remains a …

To improve energy conservation and reduce emissions of an engine, this study applies
intelligent thermal management to a cooling system. With a marine high-speed diesel …

The reasonable engine cooling system design can give a better cooling of engine, the
coolant flow direction and different cooling structure designs have great impact on the …

The need for even more efficient internal combustion engines in the road transportation
sector is a mandatory step to reduce the related CO2 emissions. In fact, this sector impacts …

Reliability and efficiency of the aero-engine thermal management system (ATMS) is of great
importance to ensure the required working condition. In this study, the experiment platform …