Vehicle electrification demands a deep analysis of the thermal problems in order to increase
vehicle efficiency and battery life and performance. An efficient thermal management of an …

This article reviews the main development of advanced components and control algorithms
in engine thermal management systems (TMS). First, the limitations in traditional mechanical …

Considering the fact that electrification is increasingly used in internal combustion engines,
this paper aims at presenting a smart speed-load sensitive cooling map for better thermal …

Internal combustion engine thermal management system functionality can be enhanced
through the introduction of smart thermostat valves and variable speed electric pumps and …

Advanced thermal-management systems for internal combustion engines can improve
coolant-temperature regulation and servomotor power consumption by better regulating the …

The engine cooling system for a typical class 3 pickup truck with a medium duty diesel
engine was modeled with a commercial code, GT-Cool, in order to explore the benefit of a …

A temperature control approach using evaporative spray cooling of vibrating surfaces in the
nucleate boiling region is proposed and verified experimentally. This is relevant to …

A thermal management analysis for the two double loop coolant circuit cases, which used
separated cooling structures for the head and block, was performed in the current study …

Pollutants in exhaust gases and the high fuel consumption of internal combustion engines
remain key issues in the automotive industry despite the emergence of electric vehicles …

A physically based approach to model vehicle dynamics, transient engine performance and
engine thermal management system is presented. This approach enables modeling …