Development and characterization of electro deposited Nickel–Titanium Carbo Nitride (TiCN) metal matrix nanocomposite deposits

Bapu, G.N.K. Ramesh; Jayakrishnan, Sobha

doi:10.1016/j.surfcoat.2011.09.078

Cited by 32 publications

(8 citation statements)

References 44 publications

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“…Thus, a trade-off between both species has been found to be the most balanced solution [34,116,[126][127][128]130,131,[134][135][136][137]. [142,143].…”

Section: • Alternative Ceramic Phasementioning

confidence: 99%

Phase diagrams in alternative hard materials: Validation of thermodynamic simulation through high temperature x-ray diffraction, differential thermal analysis and microstructural characterization

Nicolás

Pereira

Penoy

et al. 2021

International Journal of Refractory Metals and Hard Materials

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Estos cuatro años han sido todo un aprendizaje, tanto en el plano profesional como en el personal. Y durante esta trayectoria me han acompañado personas sin las cuales no habría logrado esta ansiada meta y a las que me gustaría dar las gracias.En primer lugar, a mis directores de tesis, Elena y Luis. Gracias por vuestro tiempo y guía durante esta carrera de fondo. He aprendido de vosotros en muchísimos aspectos, me habéis enseñado a volar sola sin dejar de estar cuando lo he necesitado. Gracias por vuestro apoyo y por los muchos congresos a los que hemos ido juntos. Guardo con especial cariño en mi memoria el de Tailandia, con celebración de cumpleaños incluida.A Irene Fernández Villegas y José Manuel Torralba, porque con vosotros empezó la locura de la investigación. Irene, te agradeceré siempre el enseñarme a valorarme tanto a mí misma como a mi trabajo.A mi grupo de investigación en Madrid -GTP -por el buen trato, ambiente y apoyo. En especial a Toñi,

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“…Thus, a trade-off between both species has been found to be the most balanced solution [34,116,[126][127][128]130,131,[134][135][136][137]. [142,143].…”

Section: • Alternative Ceramic Phasementioning

confidence: 99%

Phase diagrams in alternative hard materials: Validation of thermodynamic simulation through high temperature x-ray diffraction, differential thermal analysis and microstructural characterization

Nicolás

Pereira

Penoy

et al. 2021

International Journal of Refractory Metals and Hard Materials

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“…Hardness was calculated using Vickers microhardness (kg mm 22 ) method. 17 Corrosion behaviour of the deposits was studied in 3?5% mass/volume NaCl solution using Tafel polarisation and electrochemical impedance spectroscopy (EIS) method. 18 The electrodeposited specimens (1 cm 2 ) as working electrode platinum foil and saturated calomel electrode as counter and reference electrodes were used respectively.…”

Section: Characterisation Of the Depositsmentioning

confidence: 99%

Electrodeposition and characterisation of Ni–TiC nanocomposite using Watts bath

Raja

Bapu

Maharaja

et al. 2014

Surface Engineering

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Nickel-titanium carbide nanocomposite coating was electrodeposited on mild steel substrate using Watts nickel bath, and the extent of TiC incorporation into nickel matrix was studied with respect to various TiC particle concentrations 2-15 g L 21 , bath pH 2-5 at 30-60uC and current density 2-10 Adm 22 . The volume percentage of TiC particle incorporation into the nickel matrix was found, and surface morphology, crystal size, phase of the nanocomposite, corrosion behaviour and microhardness of the Ni-TiC composite deposits were studied. It was found that the incorporation of TiC particles into the nickel matrix increased with increasing concentration of TiC particle and modified the surface morphology and orientation of the Ni-TiC deposit. A content of 10?8 vol.-%TiC particle incorporated Ni-TiC nanocomposite deposit was obtained with 8 g L 21 TiC in the nickel bath at 8 Adm 22 , pH 4, 50uC and showed better corrosion resistance and higher hardness than nickel.

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“…There are many reports which show that the amount of particles in a deposit reaches a maximum at a certain temperature; at a higher temperature, the amount decreases [5][6][7][8][9][10]. Shi et al [6] demonstrated that the amount of deposited particles increases by increasing the temperature up to 40 • C, and then decreases by further increasing temperature.…”

Section: Introductionmentioning

confidence: 99%

Morphology, Hardness, and Wear Properties of Ni-Base Composite Coating Containing Al Particle

2020

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Ni–Mo/Al composite coatings were obtained by electrodeposition from a Ni–Mo plating bath containing suspended Al particles. The factors including temperature, current density, and stirring rate affecting coating composition, wear, roughness, and morphology have been studied. It was found that properties such as hardness, roughness, wear, and the Al particle content showed parabolic behavior when changing each parameter. That means that there is a critical value for the mentioned parameters at which the properties of coatings become maximal.

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Development and characterization of electro deposited Nickel–Titanium Carbo Nitride (TiCN) metal matrix nanocomposite deposits

Cited by 32 publications

References 44 publications

Phase diagrams in alternative hard materials: Validation of thermodynamic simulation through high temperature x-ray diffraction, differential thermal analysis and microstructural characterization

Phase diagrams in alternative hard materials: Validation of thermodynamic simulation through high temperature x-ray diffraction, differential thermal analysis and microstructural characterization

Electrodeposition and characterisation of Ni–TiC nanocomposite using Watts bath

Morphology, Hardness, and Wear Properties of Ni-Base Composite Coating Containing Al Particle

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