Role of different density negative micro-pillars textured H13 surfaces on enhanced wettability and tribological performance
R Mahanti, M Das - Tribology International, 2025 - Elsevier
The present study investigates how varying negative micro-pillar densities on H13 alloy,
used in hot-forming dies, affect wettability with different fluids and tribological performance …
used in hot-forming dies, affect wettability with different fluids and tribological performance …
Fluoride-ion enhanced the electrochemical surface texturing of Ti6Al4V alloy via in situ EDM and ECM with patterned tool
This research paper presents an innovative approach to fabricating enhanced-quality
hierarchical surface micro-textures on Ti6Al4V alloy by synergistically employing in situ …
hierarchical surface micro-textures on Ti6Al4V alloy by synergistically employing in situ …
On Performance Enhancement of the STED Process Using Modified Tool Electrode
Shaped tube electrolytic drilling (STED) is an electrochemical machining variant that
employs a tubular tool electrode to produce holes with a high aspect ratio on hard-to …
employs a tubular tool electrode to produce holes with a high aspect ratio on hard-to …
Improving Quality of EDMed Micro-Holes on Titanium via In Situ Electrochemical Post-processing: A Transient Simulation and Experimental Study
Electrical discharge micromachining (EDM) poses challenges to the fatigue-life performance
of machined surfaces due to thermal damage, including recast layers, heat-affected zones …
of machined surfaces due to thermal damage, including recast layers, heat-affected zones …
Analytical model for material removal rate in rotary tool micro-ultrasonic machining of hard and brittle materials
The rotary tool micro-ultrasonic machining (RT-MUSM) process is a newly developed variant
of conventional micro-USM. It is preferred over conventional micro-USM due to its ability to …
of conventional micro-USM. It is preferred over conventional micro-USM due to its ability to …
A Two-Step Selective Microscopic Surface Modification Technique: Combining Electrodischarge and Electrochemical Post-Processing
This paper introduces an in-situ two-stage surface modification method for micro-sized
titanium components, particularly crucial in high-value manufacturing engineering sectors …
titanium components, particularly crucial in high-value manufacturing engineering sectors …