Achieving high computational efficiency has been well recognized as a research challenge
in the vibration analysis of flexible multibody systems. This paper presents a novel transfer …

The relative vibration displacement between the tool tip and workpiece will inevitably affect
the machined surface topography during the machining process of the ultra-precision fly …

Compliant mechanisms with curved flexure hinges/beams have potential advantages of
small spaces, low stress levels, and flexible design parameters, which have attracted …

The ultra-precision flycutting machining is usually used to machine large-size planer optical
elements used in laser systems. Due to the comprehensive influence of different factors, the …

For inherently compensated aerostatic bearings, the traditional modeling method of
describing an air supply orifice with a nodal point results in computational errors when …

This paper proposes a novel framework for missile launch dynamics modeling and
simulation, with a focus on ground-based missile launching vehicles. Our model treats the …

This work proposes a parameterized hyper-reduction modeling method for the fluid-
transporting series-parallel pipe systems using the improved transfer matrix method of the …

Superior surface finish remains a fundamental criterion in precision machining operations,
and tool‐tip vibration is an important factor that significantly influences the quality of the …

This paper introduces a linear version of the reduced multibody system transfer matrix
method for studying the eigenvalue problems and steady-state responses of tree multibody …

The launch dynamics theory for multibody systems emerges as an innovative and
efficacious approach for the study of launch dynamics, capable of addressing the challenges …