Determination of the optimum composition and conditions of manufacture of a TiC-Kh4N2M8 alloy containing a manganese addition

Kiparisov, S. S.; Narva, V. K.; Shanaeva, D. A.; Shumenko, V. N.

doi:10.1007/bf00797250

Cited by 3 publications

(3 citation statements)

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“…They obtained somewhat different results of the effect of Cr and Ni alloying on wetting. Kiparisov et al [23,24] concluded that by increas ing Cr the contact angles between Fe alloys and TiC de creased whereas by increasing Ni the contact angles grew.…”

Section: Results and Discussion A Contact Anglesmentioning

confidence: 97%

Interfacial Phenomena in Fe-TiC Systems and the Effect of Cr and Ni

Kiviö

Holappa²,

Yoshikawa

et al. 2012

High Temperature Materials and Processes

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Titanium carbide is used as reinforcement com ponent in composites due to its stability, hardness and wear resistance. A potential application is local reinforce ment of stainless steel castings in which TiC is added only to the surfaces, which acquire wear resistance. This work is part of the study in which Ti and C are added in the mould during casting of stainless steel to form TiC at a specific surface. Wettability, stability and dissolution of the reinforcement particles are key phenomena in produc ing these composites in liquid state. Wetting experiments between TiC and Fe as well as FeNi and FeCr alloys were performed in order to get information about wettability, dissolution and formation of TiC and other phases related to the systems. Contact angles for the systems were at tained without any reactions between the substrate and the alloy during heating. Wetting was not significantly improved by adding Ni or Cr. Dissolution of TiC was very strong into all the alloys. No new phases at the interface were formed in the experiments except for Crcarbides in Crcontaining alloys. These results gave important infor mation about the interfacial phenomena needed in devel oping the production methods.

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Section: Results and Discussion A Contact Anglesmentioning

confidence: 97%

Interfacial Phenomena in Fe-TiC Systems and the Effect of Cr and Ni

Kiviö

Holappa²,

Yoshikawa

et al. 2012

High Temperature Materials and Processes

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“…Most bonds are used on the basis of iron and nickel with the addition of chromium and molybdenum in various ratios and amounts. To obtain the austenitic structure of the matrix with its subsequent strengthening during plastic deformation, manganese-doped steels are often used as a binder [7].…”

Section: Theoretical Provisionsmentioning

confidence: 99%

“…Temperature 1700-1750 K within 1,0 -1,5 hour. The cooling rate after sintering is usually 10-25 deg/min, there is evidence that at a slower cooling rate after sintering, the mechanical properties of the article deteriorate [7]. Density of sintered carbidostals is 97-99%.…”

Section: Theoretical Provisionsmentioning

confidence: 99%

Preparation of Carbidostals

Savinykh

Dudorova

2022

KEM

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The article discusses a powdered material - carbidostal. Comparative characteristics of carbidostals, tool steels are given and hard alloys. Methods of producing and producing carbidostals are considered. Conditions for free separation of residues of impregnating material from the surface of the article are established. The reasons of volumetric change of amount of carbides and binding by height of impregnated press are studied.

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Titanium Monocarbide

Shabalin¹

2020

Ultra-High Temperature Materials III

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Determination of the optimum composition and conditions of manufacture of a TiC-Kh4N2M8 alloy containing a manganese addition

Cited by 3 publications

References 0 publications

Interfacial Phenomena in Fe-TiC Systems and the Effect of Cr and Ni

Interfacial Phenomena in Fe-TiC Systems and the Effect of Cr and Ni

Preparation of Carbidostals

Titanium Monocarbide

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