Liquid–liquid systems play an important role in several industrial processes. Their
separation efficiency determines the product purity and yield to a great extent. In recent …

Traditional sensors for mechanical equipment monitoring often face challenges such as high
cost, difficult installation and removal, and reliance on power sources. Herein, we introduced …

As the common fluid-conveying component, pipe structures are susceptible to excessive
vibration due to internal fluid and external excitation. Constrained-layer damping (CLD) is …

Recent myriad studies on the application of pressure vessels (PVs) to dampen the
potentially hazardous transient pressure caused by pump failure are available in the …

A systematic and hierarchical multi-physics coupling simulation method is proposed to
model the combustion, combustion-gas transonic flow, coolant transcritical flow, and …

In the context of achieving the goal of carbon neutrality, multi-functional pump stations
(MFPS) have been greatly developed as a new energy system in recent years. The MFPS …

This work presents an extension of the fluid transient analysis to include the elasto-
viscoplastic behavior of the pipe material. A previously developed quasi-2D flow model is …

For circulating pumps in large power plant boilers, tip leakage flow is the main cause of
blade fatigue. To investigate the correlation between tip leakage vortex and blade fatigue, in …

The emulsion pump's flow loss directly affects its performance and efficiency. However, the
annular plunger chamber leakage and valve core hysteresis are challenging to avoid during …

The study seeks to improve liquid-filled pipeline fluid-structure coupling project management
in order to forecast vibration response and fatigue damage. To manage the complexity of …