(redirected from Abrasive wear)
Also found in: Dictionary, Thesaurus, Medical, Encyclopedia, Wikipedia.
See: caustic
References in periodicals archive ?
You may even find that you have reduced the inevitable abrasive wear common in any machining application.
8 wt% reduces the density by 10% to 15% compared with quenched and tempered chromium and molybdenum steels but also decreases strain hardening and abrasive wear resistance.
Consequently, abrasive wear will quickly develop between the two unlubricated, sliding metal surfaces.
It is no coincidence that many burn surgeons and nurses requested this technology for use on their own dry skin; dry from the demands of frequent hand washing, drying effects of the operating room and abrasive wear of surgical masks.
The device, which was used to feed oil to the piston with the first movement of the starter engine, prevented scuffing and abrasive wear.
The cutter blades in disc mowing machines are subjected to extreme abrasive wear conditions, particularly at the tip of the blade.
Red Shark is designed for high performance thread production in alloy steels and is available in bright finish or with TiAlN-Top coating for increased protection against abrasive wear and erosion.
So, the objective became clear: Develop a new, hard material appropriate for both silica and carbon black based mixes that exhibits corrosion resistance, improved abrasive wear resistance, is check- (crack)-free during the welding/machining process (to prevent the base metal from being corroded from corrosive substances penetrating into the base metal through the cracks), shows improved bonding strength with chrome plating (chrome plating is a good counter-measure to abrasive wear, prolonging the life of the parts and giving a surface that fewer compounds adhere to), has appropriate mechanical properties (absorbs shocks that will prevent the propagation of any crack) and provides uniform quality over a wide surface.
Jankauskas [11] suggest that the steel abrasive wear can be predicted not only by the hardness, but also by the roughness.
Mechanical components in the hydraulic industry suffer extreme abrasive wear and corrosion under great environmental pressures and continuous usage.
Cryo processing increases abrasive wear with one permanent treatment and extends the useful life of cutting tools.
Abrasive wear in the contacts results in scratching, furrows, work hardening, or grooves [3,4,6], whereas, adhesive wear causes a strong adherence between the asperities leading to separation in the bulk of softer material [3,6].