Wear damage of human tooth enamel under simulated impact-sliding wear

Jin, Chunxiao; Pan, Peiyue; Xiong, Yuhuan; Wang, Jingrong; Zhu, Liqing; Gao, Shanshan

doi:10.1016/j.wear.2022.204335

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2023

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“…Effect of microblasting on the polished substrates has been the subject of studies [5,6]. The phenomenon is present and has been studied in the most different fields, for example in the penetration characteristics of low-frequency impact of pulsed water jet [7], or wear damage of human tooth enamel under simulated impact-sliding wear [8]. In the nanoindentation procedures, because deviations of the indentor tip shape from its ideal geometry and indentation depth limited, the contact region between indentor and sample cannot be determined accurately [9].…”

Section: Introductionmentioning

confidence: 99%

Study on Wear Phenomena in Cases of Cyclic Impact With Micro-Slip

2023

IJOMAM

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Starting from the fact that, in the event of a repeated cyclical impact with an inclined plane of a sphere, the wear shows slip zones, this paper aims to study the process by comparing experimental results with those obtained as a result of a numerical simulations. An experimental stand has been designed which allows a ball repeatedly impacted on a flat surface. The numerical simulation using the explicit Abaqus 2018 software is presented. The novelty consists in the fact that, based on the comparative analysis between the experimental method and the numerical simulation, a prediction can be made regarding the behavior of a material that will be subjected to repeated impacts under different angles of incidence.

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Section: Introductionmentioning

confidence: 99%

Study on Wear Phenomena in Cases of Cyclic Impact With Micro-Slip

2023

IJOMAM

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Wear damage of human tooth enamel under simulated impact-sliding wear

Cited by 1 publication

References 62 publications

Study on Wear Phenomena in Cases of Cyclic Impact With Micro-Slip

Study on Wear Phenomena in Cases of Cyclic Impact With Micro-Slip

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