Tribological properties of coated ASME 316L SS and comparison with a substrate

Doğan, Halit; Fındık, Fehim; Morgül, Ömer

doi:10.1108/00368790210415310

Cited by 15 publications

(14 citation statements)

References 12 publications

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“…On the other hand, the wear rate of the static partners varies from about 91 and 41 per cent in the case of alumina ball and wood pin, respectively. The abovementioned results are consistent with earlier works (Dogan et al , 2002a, 2002b, 2003), who noted that increase of the hardness led to decrease in the volumetric wear (or the wear rate). According to these authors, a lower volumetric wear of the discs can be due to the microstructure modifications in the substrate after surface treatment.…”

Section: Discussionsupporting

confidence: 93%

“…According to the obtained results: it is obvious that the friction and wear of the discs depend largely on the materials type; in comparison to previous work (Beliardouh et al , 2014a, 2014b), the increase of the applied normal load from 1 to 5 N had no influence on the wear mechanisms; and finally, in agreement with Dogan et al (2002a, 2002b, 2004), the working environment and the friction type are two main parameters influencing the strength of materials in friction conditions. …”

Section: Discussionsupporting

confidence: 88%

“…• finally, in agreement with Dogan et al (2002aDogan et al ( , 2002bDogan et al ( , 2004, the working environment and the friction type are two main parameters influencing the strength of materials in friction conditions.…”

Section: Discussionmentioning

confidence: 59%

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Sliding wear behavior of magnetron sputtered chromium carbide thin films

Beliardouh

Nouveau

Kaleli̇

2016

ILT

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Purpose-The purpose of this technical paper is to investigate the friction and wear behavior of inexpensive and durable cutting tools, developed for wood machining using duplex treatment. Design/methodology/approach-Cr-(WC-Co) coatings were deposited onto carburized low-alloy steel substrate by a reactive magnetron sputtering. The total coating thickness was approximately 2 m. Unlubricated wear tests have been performed using a disc sample sliding against an alumina ball (Al 2 O 3) and a wood (beech) pin. Findings-The paper provides information about the effect of duplex treatment on the surface properties of low-alloy steel against wood and offers practical help for the researchers in coating topic. Originality/value-Experimental results showed that sliding wear properties of the selected coatings are strongly dependent on the counter-face material. When tested against alumina balls, the wear mechanisms are oxidative wear followed by a combination of adhesive and abrasive wear, while a combination of an oxidative and adhesive wear was the main wear mechanism observed against a wood pin.

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Section: Discussionsupporting

confidence: 93%

Section: Discussionsupporting

confidence: 88%

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Sliding wear behavior of magnetron sputtered chromium carbide thin films

Beliardouh

Nouveau

Kaleli̇

2016

ILT

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“…Another process is called hard facing that applies a coating for the purpose of reducing wear or loss of material by abrasion, impact, erosion, oxidation, cavitations, etc. In past, some works were carried out for abrasive wear for various materials (Unal et al , 2005; Kuo and Lee, 2002; Gulenc and Kahraman, 2003; Dogan et al , 2002a, b, 2003, 2004). In fact, the abrasion involves the tearing away of small pieces of materials, therefore the tensile strength, fatigue life and hardness are important factors in determining the wear characteristic of the ferrous alloys.…”

Section: Introductionmentioning

confidence: 99%

Microstructure and wear properties of AISI 1038 H steel weldments

Uygur

2006

Industrial Lubrication and Tribology

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PurposeTo provide information about technical data; wear behaviour of worn rotor parts in mining industry and for the other application of ferrous alloys.Design/methodology/approachWear behaviour of the various filler wires were tested (tensile, hardness, and wear) and compared with each other in the light of microstructure, chemical, and mechanical properties.FindingsThe results showed that the wear rates were significantly increased with the increasing load, welding current, wear distance and poor mechanical properties. A larger amount of C, Cr, and Mn specimen showed the best wear resistance since it contained a number of hard MC‐type carbides and coarse grains. Furthermore, for all materials the weight loss increases linearly with the increasing of welding arc current, load and wear distance.Research limitations/implicationsIt would be interesting to search about the toughness values and fatigue behaviour of these materials. It could be the good idea for future work could be concentrated fracture surface analysis of these materials.Practical implicationsFor these materials choosing the right chemical composition of the filler material, certain arc current and ideal microstructure is crutial for the wear response.Originality/valueThe main value of this paper is to contribute and fulfil the mechanical properties of welding wires that is being studied so far in the literature such as the effects of chemical composition, applied road range, and arc current on the tensile, hardness and wear behaviours of the welding wires.

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“…Previous studies in the literature mostly focused on stainless steels and/or low alloy Cr-Ni steels. [20][21][22][23][24][25][26][27] This study investigated the effect of the boronising heat treatment on the corrosion resistance of cast steels containing a low content of Ni (0.5%), 30% Cr, 1.7% C and 1% Si in two different corrosive media and their wear behaviour on two different counter sliding steel discs having different hardness.…”

Section: Introductionmentioning

confidence: 99%

Corrosion and Wear Behaviour of Boronized high Carbon and Chromium Cast Steel

et al. 2013

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The purpose of this study was to examine the effect of boronising heat treatment on the corrosion behaviour (in two different corrosive media) and wear properties (on two different counter sliding discs) of the DIN 1.4777 quality cast steel containing 1.7% C, 30% Cr and 1.1% Si. The steel supplied as cast was exposed to homogenisation heat treatment at 1 150°C for 3,5 hours and then to boronising heat treatment at 900°C for 8 hours using the powder of Ekabor 2. An optical light microscope, SEM and XRD analyses were used to conduct microstructural characterisation of the steel investigated. Electrochemical potentiodynamic polarisation measurements were taken to evaluate corrosion behaviours of the examined steels. Wear tests were conducted in a pin-on-disc type wear device by using a load between 10 N and 60 N. While the corrosion resistance of the boronising heat treated steel deteriorated by the pitting damage mechanism within corrosive media, uniform corrosion damage enhanced the corrosion resistance of the examined boronised steel. Oxidative adhesion, cracking of oxide and/or boride layer, and severe plastic deformation mechanisms were dominant during the wear tests. Severe plastic deformation and cracking of the oxide and/or boride layer caused wear mechanism to transform from mild to severe.KEY WORDS: corrosive media; DIN1.4777 quality steel; boronising heat treatment; wear; counter sliding disc.

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Tribological properties of coated ASME 316L SS and comparison with a substrate

Cited by 15 publications

References 12 publications

Sliding wear behavior of magnetron sputtered chromium carbide thin films

Sliding wear behavior of magnetron sputtered chromium carbide thin films

Microstructure and wear properties of AISI 1038 H steel weldments

Corrosion and Wear Behaviour of Boronized high Carbon and Chromium Cast Steel

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