This paper is the second part of the two-part review article presenting an overview of
mechanics of pipes conveying fluid and related problems such as the fluid-elastic instability …

Tube arrays exposed to air, gas or liquid cross-flow can vibrate due to vortex-shedding,
turbulence, or fluidelastic instability. The major emphasis of this paper is on the …

A convolution-based numerical algorithm is presented for the time-domain analysis of
fluidelastic instability in tube arrays, emphasizing in detail some key numerical issues …

Chaotic vibrations associated with the fluidelastic instability of nonlinearly supported tubes
in a crossflow is studied theoretically on the basis of the unsteady-flow theory and a bilinear …

Fluidelastic instability of tube arrays in crossflow is interesting academically and important in
steam generators and heat exchangers. The key elements necessary to accurately predict …

Fluidelastic analysis of a tube array usually considers a transverse vibration mode and a
streamwise vibration mode for each tube. The underlying effect of multimode coupling is …

An experimental study of fluidelastic instability in multispan heat exchanger tube arrays is
presented. The experiments were conducted in a wind tunnel using a parallel triangular …

This paper presents an unsteady-flow theory for flow-induced vibration of tubes in cross-
flow. It includes a general description of motion-dependent fluid forces, characteristics of …

This paper presents a numerical investigation on the unsteady fluidelastic forces of tube
arrays. The key focus is on the consistency between the unsteady fluidelastic force model …

Abstract In Pressurized Water Reactors, most of the failed fuel rods are often observed at the
periphery of the fuel assembly, especially near the core baffle. The rod vibration-induced …