Behaviors of ZTA (zirconia toughened alumina) reinforced iron composites under impact abrasive wear conditions

Wang, Yue; Qin, Yuchang; Fu, Daoren; Chen, Huahui; Pan, Yuxin; Zhu, Changyong; Yao, Fuqiang

doi:10.1016/j.wear.2020.203397

Cited by 19 publications

(7 citation statements)

References 24 publications

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“…This can be attributed to various factors, including variations in experimental methodologies, sample materials, testing conditions, and the specific parameters being studied. 137,138 For instance, when examining the impact of size on wear, different research studies may employ distinct materials, testing techniques, and wear measurement methods, leading to divergent outcomes. 139,140 Similarly, in studies focused on atom-to-atom erosion, variations in material properties, surface characteristics, and environmental factors can contribute to differences in erosion rates and mechanisms.…”

Section: Models Presented For Nano-wearmentioning

confidence: 99%

“…139,140 Similarly, in studies focused on atom-to-atom erosion, variations in material properties, surface characteristics, and environmental factors can contribute to differences in erosion rates and mechanisms. 117,137 Moreover, factors such as temperature, speed, moisture in the presence of lubricant, tip types, type of material, number of cycles, sliding velocity, and force of action can further contribute to the potential discrepancies in research findings. 141,142 These factors are known to influence nanowear behavior, but variations in experimental setups and measurement techniques can lead to inconsistent results across studies.…”

Section: Stress-intensified Wearmentioning

confidence: 99%

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Nano-scale wear: A critical review on its measuring methods and parameters affecting nano-tribology

Sadeghi,

Cavaliere,

Shabani

et al. 2023

Proceedings of the Institution of Mechanical Engineers, Part J:

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This paper presents a critical review on the measuring methods and parameters affecting nano-tribology in the context of nano-scale wear. Nano-scale wear phenomena play a crucial role in various industries, including micro/nano-systems, electronics, and biotechnology. The review begins by discussing the significance of nano-scale wear and its impact on device performance, lifespan, durability, energy efficiency, cost savings, and environmental sustainability. It then delves into the measuring methods employed to assess nano-scale wear, including scanning probe microscopy (SPM) techniques such as atomic force microscopy (AFM) and friction force microscopy (FFM). The capabilities of AFM and FFM in studying the roughness of surface, adhesion, friction, scratch, abrasion, and nano-scale material transfer are highlighted. Additionally, the review explores the parameters affecting nano-wear, such as lubrication strategies, stress levels, sliding velocity, and atomic-scale reactions. The article concludes by emphasizing the importance of advanced microscopy techniques in understanding tribological mechanisms at different scales, bridging the gap between macro and nano-tribology studies.

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Section: Models Presented For Nano-wearmentioning

confidence: 99%

Section: Stress-intensified Wearmentioning

confidence: 99%

Nano-scale wear: A critical review on its measuring methods and parameters affecting nano-tribology

Sadeghi,

Cavaliere,

Shabani

et al. 2023

Proceedings of the Institution of Mechanical Engineers, Part J:

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“…Alloyed steels are used in various impact wear applications by adding various alloying elements to obtain a good hardness and toughness combination. Consequently, the influence of alloying elements on impact wear has been widely studied to prepare wear-resistant steels with good wear performance [6][7][8] . Different heat treatment processes significantly impact the steel surface's wear performance, and developing an appropriate thermal treatment is an important means of improving its wear performance [9] .…”

Section: Introductionmentioning

confidence: 99%

Study on the effect of tempering on the impact abrasive wear performance of 45Si2MnCr2Mo ultra-high strength steel

Yang,

Chen,

Wang

et al. 2023

J. Phys.: Conf. Ser.

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In this paper, three-body impact abrasive wear tests of 45Si2MnCr2Mo ultra-high strength steel (UHSS) at different tempering temperatures were carried out by using the MLD-10 impact abrasive wear machine. The effects of different tempering temperatures on the wear weight loss and the depth of the hardened layer of UHSS were investigated. The results show that the weight reduction rate of the steels tempered at 150 and 220 °C decreases at first and then increases with time, but the steels tempered at 290 and 360 °C gradually increase with time. The surface and subsurface areas of UHSS are strengthened by work hardening after wear. The wear performance of UHSS should consider the change of weight reduction rate with time rather than just considering short-term weight loss. UHSS tempered at 150 °C has the best comprehensive surface hardness, hardening percentage, and effective hardened layer depth, and the wear process is more uniform.

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“…Fe and Fe45 are Fe–Cr–B–Si self‐fluxing alloy powders, falling into high‐chromium cast‐iron alloy. Wang Yue et al [ 20 ] prepared ZTAp‐reinforced Fe45 matrix composite through powder metallurgy, thus enhancing the hardness and impact‐abrasive wear properties of Fe45. Wang Shifeng et al [ 21 ] prepared ZTAp hybrid NbCp–reinforced Fe matrix composite through powder metallurgy, thus significantly enhancing the impact‐abrasive wear property of Fe and expanding the application range of Fe.…”

Section: Introductionmentioning

confidence: 99%

“…Fe and Fe45 are Fe-Cr-B-Si self-fluxing alloy powders, falling into highchromium cast-iron alloy. Wang Yue et al [20] prepared…”

mentioning

confidence: 99%

Preparation and Impact‐Abrasive Wear Behavior of NbC‐Reinforced Iron Matrix Composites

Shifeng,

Guohua,

Jiawei

et al. 2023

Adv Eng Mater

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Workpieces in the field of mining machinery are prone to failure under the combined effect of impact and abrasive, causing serious economic losses to enterprises. A large number of ceramic particle reinforced Fe matrix composite materials are applied in this field to effectively improve the impact resistance and abrasive wear resistance of materials and extend the life of related equipment. In this study, both pure Fe matrix composites and NbC particle (NbCp) reinforced Fe composites (NbCp/Fe) samples were produced by vacuum sintering method, respectively and their resistance to impact‐abrasive wear was tested on the MLD‐10B impact‐abrasive wear rig. The results show that the hardness of NbCp/Fe composite increases with the increase of NbCp mass fraction, and the density decreases when the mass fraction of NbCp is less than 7%. At this time, the homogeneity of the composite is higher; When the mass fraction of NbCp is greater than 7%, the standard deviation values of hardness and density are larger, fluctuate greatly, have low uniformity, and agglomeration occurs within the organization; When the mass fraction of NbCp is 7%, composite possessed better comprehensive performance. The impact‐abrasive wear mechanism of the Fe matrix material primarily includes micro‐cutting, impact plastic deformation, and fatigue spalling, which is a typical abrasive wear mechanism; the impact‐abrasive wear mechanisms of NbCp/Fe composites primarily comprises micro‐cutting or micro‐plowhing, impact plastic deformation, and fatigue spalling.This article is protected by copyright. All rights reserved.

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Behaviors of ZTA (zirconia toughened alumina) reinforced iron composites under impact abrasive wear conditions

Cited by 19 publications

References 24 publications

Nano-scale wear: A critical review on its measuring methods and parameters affecting nano-tribology

Nano-scale wear: A critical review on its measuring methods and parameters affecting nano-tribology

Study on the effect of tempering on the impact abrasive wear performance of 45Si2MnCr2Mo ultra-high strength steel

Preparation and Impact‐Abrasive Wear Behavior of NbC‐Reinforced Iron Matrix Composites

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