In response to the current and future energy and environment challenges, the automotive
industry is strongly focusing on improving the fuel efficiency of vehicles. Although the …

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

A controlling model for the cooling system of an engine was developed in order to reduce
fuel consumption and engine emissions through the use of controllable engine cooling …

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 …

Smart cooling control systems for IC engines can better regulate the combustion process
and heat, a variable position thermostat and electric coolant pumps (EWP) for IC engines …

The introduction of mechatronic components into thermal-mechanical systems provides an
opportunity to apply real time control strategies for enhanced engine performance. The …

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 …

In general, when the internal combustion engine of a vehicle is started, its operationally
connected cooling system provides excessive cooling, resulting in unnecessary energy …

This study includes the design of an autonomous cooling system and implementation of the
system on gasoline-fueled internal combustion engine by using model predictive control …