Experimental investigations into ultrasonic assisted magnetic abrasive flow machining process
In the present study, an advanced variant of abrasive flow machining (AFM) is developed.
Ultrasonic assistance and magnetic field assistance with rotating effect have been designed …
Ultrasonic assistance and magnetic field assistance with rotating effect have been designed …
Development and performance study of biomedical porous zinc scaffold manufactured by using additive manufacturing and microwave sintering
Zinc (Zn) and its alloys are gaining popularity day by day in biomedical applications due to
their acceptable biocompatibility and moderate degradation rate than magnesium and iron …
their acceptable biocompatibility and moderate degradation rate than magnesium and iron …
Simulation and experimental study for enhancing surface integrity of micro-slots processed on Nimonic-263 super alloy via electrochemical machining
The potential of micro electrochemical slotting is significant due to its adaptability and
usefulness across diverse manufacturing applications. This technique holds potential …
usefulness across diverse manufacturing applications. This technique holds potential …
Study on the Effect of Electrolytes on Processing Efficiency and Accuracy of Titanium Alloy Utilizing Laser and Shaped Tube Electrochemical Machining
C Sun, Y Wang, Y Yang, Z Yao, Y Liu, Q Wu, J Yan… - Materials, 2024 - mdpi.com
Electrochemical machining (ECM) has become more prevalent in titanium alloy processing.
However, the presence of the passivation layer on the titanium alloys significantly impacts …
However, the presence of the passivation layer on the titanium alloys significantly impacts …
Assessing the performance of air, argon, and oxygen as dielectric mediums during dry-micro-EDM of Ti6Al4V alloy: A comparative study
Due to sheer environmental risks associated with hydrocarbon-based dielectric media, their
use is discouraged not only in manufacturing processes but also throughout all commercial …
use is discouraged not only in manufacturing processes but also throughout all commercial …
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 …
Investigation into surface quality of Inconel 625 processed with micro-electrochemical machining
This article aims to investigate the effects of various process parameters, including
electrolyte concentration, applied voltage, tool feed rate, and pulse frequency, on the …
electrolyte concentration, applied voltage, tool feed rate, and pulse frequency, on the …
Investigation into electrochemical machining of aviation grade inconel 625 super alloy: an experimental study with advanced optimization and microstructural analysis
Purpose This article targeted to experimentally examine the impact of several considered
process parameters namely, applied voltage (AV), tool feed rate, electrolyte concentration …
process parameters namely, applied voltage (AV), tool feed rate, electrolyte concentration …
On fabrication of patterned form-tools using the chemically etched-tool electrode
Miniaturization of the products is a field of interest that includes several conventional to
advanced micro-manufacturing processes. Micro-forming is one of the processes among the …
advanced micro-manufacturing processes. Micro-forming is one of the processes among the …