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Duration polyethylene, used in the ABG II model, has shown a 54.55% less wear rate than conventional polyethylene used in the ABG I model.
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Powder mixed electrical discharge machining (PMEDM) has gained popularity in the current era owing to its benefits of providing better material removal rate (MRR), less electrode wear rate (EWR) and improvement in surface finish.
Optimum process parameters to achieve the desired EDM efficiency, less tool wear rate, maximum metal removal rate (MRR), circularity while machining Si3N4-TiN composite material can be obtained by utilizing the results derived through this experiment.
The tribocorrosion tests demonstrated at least 5 times less friction coefficient and less than 2% of wear rate DLC-coated samples compared to Ti-6Al-4V balloylloy sample.
In comparison, the overcoats of thickness 6 10 nm exhibited wear resistance with a specific wear rate less than 0.2×10−4 mm3/nm.
The choice of the PVD coating also has a significant influence on the micro-abrasion resistance, with the more oxidation resistant TiAlN having a wear rate less than that of TiN.
Their wear rate is less than that of polyethylene bearings, even if large-diameter heads are used.
Its advantages compared to conventional abrasives are higher material removal rate and less wear.
The wear resistance of the composites increased with increasing content of B4C particles, and the wear rate was significantly less for the composite material compared to the matrix alloy.
Both highly cross-linked polyethylene liners demonstrated significantly less wear than their respective controls (with mean wear rates of 1.5 (±1.2) and −1.4 (±1.5) mg/million cycles).
This resulted in smaller and less abrasive wear debris, and hence lower wear rate.
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