A waste heat recovery system produces power by utilizing the heat energy lost to the
surroundings from thermal processes, at no additional fuel input. For marine vessels, about …

Improving thermal efficiency and reducing carbon emissions are the permanent themes for
internal combustion (IC) engines. In the past decades, various advanced strategies have …

The use of latent heat thermal energy storage for thermally buffering vehicle systems is
reviewed. Vehicle systems with transient thermal profiles are classified according to …

Escalating fuel prices and future carbon dioxide emission limits are creating a renewed
interest in methods to increase the thermal efficiency of engines beyond the limit of in …

Different types of waste heat recovery technologies available onboard ships have been
discussed from the perspective of technical principle and application feasibility. Study of …

Internal combustion (IC) engines are the major source of motive power in the world, a fact
that is expected to continue well into this century. To increase the total efficiency and reduce …

Internal combustion engines waste a large amount of fuel energy through their exhausts.
Various technologies have been developed for waste heat recovery such as …

Waste heat recovery (WHR) of engines has attracted increasingly more concerns recently,
as it can improve engine thermal efficiency and help truck manufacturers meet the …

This paper describes the study of different bottoming Rankine cycles with water-steam
and/or ORC configurations in classical and innovative setups such as a waste heat recovery …

Exhaust heat from diesel engines can be an important heat source to provide additional
power using a separate Rankine Cycle. In this study, experiments were conducted using …