In this study, an aeroelastic model that accounts for the fluid–structure interaction is
developed to investigate vibration and stability of rectangular plates in contact with sloshing …

This paper investigates the fluid–solid interaction in an electrostatic microvalve to control the
flow rate. A double clamped microbeam which has been considered as a microvalve by …

Abstract While PEX-Al-PEX composite pipes are widely used in various applications,
suitable tools and models for simulating their performance under different working …

It is common to adopt finite-element methods to solve solid mechanics problems and finite-
volume methods for fluid dynamics computations. The use of different methods causes …

Sandwich pipes are widely used in various piping applications owing to their exceptional
pressure resistance and thermal insulation properties. In this paper, the mechanical …

A new design for a valveless micropumping device has been proposed that integrates two
existing pumping technologies, namely, the wall induced traveling wave and the obstacle …

In this paper, membrane deflection against fluid flow and opening membrane (threshold)
pressure were studied using fluid-structure interaction (FSI) analysis, and compared with …

Flow induced vibration problem of an in-service duplex stainless steel piping system was
investigated in previous research. The investigation required multiple sets of site …

The non‐metallic valve spool has the advantages of safety, stability, and biocompatibility. In
order to expand the application of non‐metallic elastic valve spool in medical water jet, a …

热致动微型阀的主要结构部件为致动膜片. 采用硅铝双金属作为膜片材料, 设计了一种微型阀的
结构, 并分析其在温度变化条件下产生挠曲变形的原理. 膜片的结构参数与加载温度对其变形量 …