High compression ratio natural gas engine (NGE) is prone to knock at high load, which
aggravates the thermal load of piston. Therefore, accurately evaluating the piston thermal …

The combustion process in internal combustion engines is the primary aspect of engine
performance and emissions. Combustion chamber geometries such as grooved combustion …

The ever-increasing need for energy, along with diminishing petroleum supplies, has
prompted the quest for renewable and sustainable alternative fuels. The goal of this …

The valve train is located in the engine cylinder head, which has various operational heat
transfer mechanisms to accommodate the combustion process. Most heat transfer studies in …

Transient CHT simulations between in-cylinder combustion and chamber components are
difficult to achieve due to time scale issues. In this study, a multi-time scales semi-decoupled …

In response to energy efficiency and emissions reduction demands, downsized Wankel
rotary engines (WREs) are used in applications like vehicle range extenders and unmanned …

This article presents a full and reduced-order methodology based on the finite element
method that allows the characterization of convective-dominant conjugate heat transfer …

High-performance thermal insulation materials are in great demand in energy-efficient
applications. Nanopore formation is a promising strategy for enhancing the thermal …

Nano-structured coatings have been used to simulate adiabatic engines with the aim of not
only reducing heat rejection and thermal fatigue protection of the metallic surfaces but also …

In this research, we explored the application of 'thermal swing'thermal barrier coatings
(TBCs) in diesel engines, aiming to surpass the performance of conventional TBCs …