Investigation on high-shear and low-pressure grinding characteristics for zirconia ceramics using newly developed flexible abrasive tool

Wei, Chengwei; Tian, Yebing; Chowdhury, Sohini; Han, Jinguo; Gu, Zhiqiang

doi:10.1016/j.ceramint.2022.10.265

Cited by 10 publications

(1 citation statement)

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“…The technological tool for abrasive finishing in a magnetic field of AMts aluminium alloy plate surfaces was a combination of magnetic field, abrasive powder and coolant (30)(31)(32). The magnetic field was constant and was generated by electromagnetic coils of the abrasive finishing in a magnetic field system (33)(34)(35).…”

Section: Methodsmentioning

confidence: 99%

Peculiarities of Abrasive Finishing of Surfaces of Parts Made of Aluminium Alloy of АМts Grade in Magnetic Field

Keksin,

Sorokopud,

Zakirov

2024

IJE

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The scientific article presents the results of research to identify the regularities arising from the abrasive finishing of the surfaces of parts made of aluminium alloy grade (AMts) in a magnetic field. As a result of conducted experiments the relations between variable factors of abrasive finishing in a magnetic field and quality indicators of surfaces of parts from aluminium alloy of mark AMts which have been expressed by means of physical and statistical model of graphic dependences of functions defined as Ra = f(t, n) and Ra = f(B, S). It has been established that abrasive finishing in a magnetic field allows for an insignificant amount of time t = 4...12 min to reduce surface roughness from initial Ra = 1.3...1.9 μm to Ra = 0.23...0.85 μm (depending on processing conditions). In addition, the optimization problem of determining the optimal conditions of abrasive finishing in a magnetic field, providing the achievement of the minimum value of roughness Ramin = 0.23 μm of the surfaces of parts made of aluminium alloy grade AMts was solved.

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