This paper presents a comprehensive review of the various research methods and theory
calculation models that are employed in engineering to study the static and dynamic …

This paper presents a novel method for suppressing the vibration of internal turning tools by
adjusting clamping conditions. First, an adjustable device, incorporating multiple clamping …

There exists complex fluid–structure coupling vibration in the fluid-conveying pipes under
the combined actions of internal flow and external loads in the aircraft. The impact dynamic …

The machining stability is closely affected by dynamics behavior of the tool holder in turning
operation. In this paper, the constrained layer damping (CLD) tool holder with chatter …

In this paper a global optimisation technique for the design of damping properties of hybrid
elastomer/composite laminates is presented. The goal of the procedure is to maximise the …

Flexural vibration characteristics of a periodically stiffened-thin-plate filled with viscoelastic
damping material (VDM) are researched originally based on a simplified-super-element …

Hybrid damping designs with active piezoelectric materials and passive viscoelastic
materials (VEMs) combine the advantages of both active and passive constrained layer …

This work concerns a two-level procedure for the global optimum design of hybrid
elastomer/composite modular structures. The goal of the procedure is the maximization of …

In order to model the effect of arbitrary boundary conditions on plane linear elastic sandwich
beams, we develop a structural theory relying on a zigzag warping: each layer, of arbitrary …

In the paper, impact process of the fluid-conveying pipes composed of graphene-reinforced
composite layers and a viscoelastic interlayer is studied. The bending stress field, midspan …