Efficient strategies for controlling low-frequency stick-slip vibrations during high-speed train
braking are crucial for safe operations. This study applies surface texturing with micro …

Friction-induced vibration, particularly the bothersome stick-slip behavior, is a significant
contributor to machine damage and component failure. In this study, the vibrational …

Machinability of Ti-6Al-4V, despite its numerous applications, is challenging owing to its
poor thermal conductivity, severe chemical affinity and strain hardening characteristics …

Improving the surface quality of discrete laser spot hardening when using a fiber laser with
the Gaussian beam has been a major concern in industry applications. A dynamic multi …

The surface texture has effectively mitigated stick–slip vibrations, but the underlying
regulatory mechanisms remain fully elucidated. In response, this study sought to clarify the …

Hydraulic seals are key industrial components that can suffer from unwanted friction induced
vibration (FIV). The types of FIV mechanism that occur in these components, and how they …

Benefiting from the structural characteristics of the ball-end milling cutter and the tool motion
characteristics during the cutting process, the high speed ball-end milling process can be …

Purpose The purpose of this study is to design a closed hydrostatic guideway has the ability
to resist large-side load, pitch moments and yaw moments, has good stiffness and damping …

Scraping is a crucial process in the surface finishing of machine tool guideways, significantly
enhancing machine tools' assembly precision and is widely adopted in the heavy-duty …

A novel approach of discrete laser surface hardening (DLSH) of AISI 4140 is proposed to
improve surface quality, and it is achieved by shortening duration and dynamically repeating …