CrAlYCN/CrCN coating combining high hardness (Hp = 36 GPa) and low friction coefficient (µ = 0.42 against Al2O3) has been developed for machining of Si containing Al-alloys.
In the short video, Maxey also showcases some of the prototypes she's been developing for machines that would help deposit her conductive materials on to the fabric.
Then, The ceramic cutting tool materials possessing the optimal microstructure parameters were developed for machining ultra-high strength steels.
A procedure was developed for machining of miniature tensile samples and the distributions of strength and ductility were evaluated for the fusion weld metal; for the stir zone (SZ) produced by the friction stir processing; and for a region wherein friction stir processing had taken place over the fusion weld.
The prototype of VMSA has been developed for a machine parts manufacturing company that has lathe machines, drilling machines, cutting machines, and milling machines.
In this study, therefore, a high-stiffness X-Y-6 nano-positioning table system has been developed for ultraprecision machine tools.
Machinability characteristics of CFRPs are quite different than those of metals; therefore, special tool designs have been developed for CFRP machining.
A computer-aided engineering software has been developed for simulation of machining process and determination of kinematics of the tool electrode from the point of view of accuracy of required shape of workpiece.
A closed-loop control system to alleviate the problems of variation in the layer thickness of a milled peat crop (crop depth) has been developed for a peat milling machine (miller).
In the present study, the quadratic models for Material Removal Rare (MRR) and Tool Wear Rate (TWR) have been developed for inter-relating the machining parameters: current, pulse on-time, pulse off-time, tool material and powder particles in the PMEDM process for Inconel-800.
