Effect of printing parameters on the vibration behavior of an inverted slider-crank mechanism with flexible 3D-printed crank arms
Published online on May 08, 2026
Abstract
Proceedings of the Institution of Mechanical Engineers, Part L: Journal of Materials: Design and Applications, Ahead of Print.
This study investigates the effects of flexible crank arms manufactured with different additive manufacturing parameters—namely infill density, raster angle, and geometric thickness—on the vibration characteristics of an inverted slider–crank mechanism, ...
This study investigates the effects of flexible crank arms manufactured with different additive manufacturing parameters—namely infill density, raster angle, and geometric thickness—on the vibration characteristics of an inverted slider–crank mechanism, ...