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 …

A new approach on thermodynamic simulation of the gasification process is conducted by
considering the formation of tar using Aspen Plus. The present model shows higher …

Given the structural limitations of ejectors, in order to enhance the flexibility of them to suit
various industries, several ejectors may be connected to each other serially. Moreover …

The aim of this study is to investigate the performance of “thermal vapor compressors
(TVCs)” as one of the main components of “multi-effect distillation (MED)” systems. A single …

The objective of this research is to optimize the first two-stage ejectors of a VD/VOD system
in order to increase the entrainment ratio (ER) of the system. By optimizing the first ejector …

Pumping in ejectors is a measure of how much the secondary fluid is entrained by the high
momentum primary flow and is one of the crucial performance indices. In the fuel …

The flow inside a supersonic intake comprises a series of bifurcated compression waves
and followed by an adverse pressure gradient region. This phenomenon referred to as …

In this paper, the focus is on an existing steam jet-ejector, in which the primary flow is high
pressure superheated steam and the suction flow is a mixture of saturated steam and air …

Slot is one of the features that control Shock wave-boundary layer interaction (SBLI), which
is generally used to prevent strong interference from shockwaves to the boundary layer in …

One of the prevalent phenomena that significantly affects thermal-vapor compressors is the
moisture in the motive steam. It has a dominant effect on the thermodynamic and design …