Understanding the role of holding ejectors is essential in the broader context of
environmental and sustainability research. Through rigorous analysis, optimization of ejector …

In the context of global warming and pollution concerns, refrigeration systems have become
pivotal in energy conversion system. Within this realm, ejector types that harness renewable …

The condenser plays a crucial role as one of the key components in a power plant, directly
influencing its overall efficiency. Any alteration in the power plant's efficiency has a …

The interaction between liquid droplet and phase change material (PCM) underlies the
direct contact approach, which is an efficient way for precipitating the melting and …

Low-pressure turbines usually work in wet conditions which causes both lifetime and
efficiency reduction. Hot steam injection (HSI) which has received great interest recently, is a …

Considering that the cycle of the steam power plant (Rankin) works with steam and water as
working fluid in a closed cycle, the condenser will be one of the most important parts of this …

Condensing flow stands as a vital element in industrial operations, crucial for optimizing
heat transfer and overall energy efficiency. However, the formation of droplets within such …

An enormous amount of the world's electricity is produced by steam power plants. The
existence of a liquid phase in the steam turbine results in an efficiency drop and mechanical …

Steam expansion in the low-pressure stages of the steam turbines, due to the supercooled
flow, causes the nucleation phenomenon and the two-phase flow, which leads to an …

Global warming due to greenhouse emission is the most annoying problem for sustaining
life on earth. This paper combines a geothermal system with an organic Rankine cycle …