By Eugeneiusz Tyrkiel, Peter Dearnley
Within the final twenty years, floor engineering has been more and more built-in into business layout and production techniques, and now embraces complex chemical and actual innovations. This authoritative booklet cuts during the confusion coming up from the plethora of phrases generated by way of those swift adjustments.
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Extra info for A Guide to Surface Engineering Terminology
In the case of 'steel cutting grade' cemented carbides, microsections, made normal to the rake face surface, reveal that the WC phase is preferentially worn; the (W,Ti,Ta,Nb)C phase being less severely worn, stands proud of the adjacent WC grains. The preferential wear of the WC phase is attributed to its higher solid solubility limit in y-Fe (present in the hot steel chip shear zone during cutting) compared to that of the (W,Ti,TaJSfb)C phase. , when sialon tools are used to cut low alloy and plain carbon steels at cutting speeds above 200 m/min; similarly Al2O3-ZrO2 ceramics exhibit a similar effect when used to cut titanium alloys at cutting speeds above 50 m/min.
An engineered surface with optimal constitution, treatment depth and properties, designed with intent for specific application(s). detonation gun (D-gun) spraying. A combustion spraying technique whereby particles of coating material, typically WC-Co, are passed through a combustion tube, fuelled by a mixture of oxygen and acetylene gases. 6 times per second. The composition of the combusting gas can be adjusted to be oxidising, neutral or reducing. The flame temperature is -3000 K and coating powder particles can attain velocities ~ 800 m/s.
Bright plating. Electroplating under conditions that produce electrodeposits of high specular reflectivity. brilliance. See brightness. Brinell hardness. A ball of WC-Co is pressed by a heavy load (often 3,000 kg) into the surface of a metal and the diameter of the depression is measured. The Brinell Hardness Number (BHN) is the ratio of the load (kg) to surface area (mm2) of the indentation, hence the units are expressed in kg/mm2. Both macro and microindentation versions exist. The technique is widely used in the steel heat treatment sector.
A Guide to Surface Engineering Terminology by Eugeneiusz Tyrkiel, Peter Dearnley