Tribology of magnetic storage systems, a short review

Groenou, A. Broese van

doi:10.1016/0304-8853(91)90226-z

Cited by 10 publications

(3 citation statements)

References 45 publications

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“…Wear can be restricted by changing material characteristics or solid surface characteristics by "surface design" forms (usually referred to surface finishing) or using greases (for frictional or glue wear). Contingent upon operational parameters, for example, type of material, pressure and sliding speed, diverse frictional temperatures happen that offer ascent to different power misfortunes [22][23][24]. Dry friction consistently produces heat and thusly dispersion forms.…”

Section: Friction and Lubricationmentioning

confidence: 99%

An Essential Studies on Tribology’s: A Short Review

Jamaludin

Sazali

Ngadiman

2020

ARFMTS

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Recently, there are a few major malfunctions of machinery and plant have been reported because of their weariness and related reasons, and a few of them causing a great financial loss. It is believed that these continuous failures lead to more serious breakdowns of the machinery and expensive. This is closely related to the tribology, in which tribology is the science and engineering that encompasses how interrelating surfaces behave in comparative motion in natural and artificial systems. It is incorporating the research and use of the values of wear, lubrication also friction.

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Section: Friction and Lubricationmentioning

confidence: 99%

An Essential Studies on Tribology’s: A Short Review

Jamaludin

Sazali

Ngadiman

2020

ARFMTS

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“…The improvement using natural fiber for fiber polymer composite based on a few parameters such as strength properties, physical properties, orientation, adhesion, impurities, volume fraction, and moisture absorption. This is based on several investigations by the researcher that determine the correlation of mechanical properties of the fiber polymer composite relies on the fiber-matrix interface [18,30,31]. The effect of the polymer and its mechanical properties using various natural fiber.…”

Section: Materials Properties For Tribologymentioning

confidence: 99%

Materials for Tribology’s Application: A Mini Analysis

Sazali

Ngadiman

2020

ARFMTS

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The exploitation of advanced material in a miscellaneous area can improve the performance and value of material engineering. The tribological applications are analyses based on the natures of materials utilized, for example, polymers, and polymer composite also ceramics, and ceramic composites. Specifically, the study on the behaviour of polymer-composite, surface interaction and polymer are due to the development of the composite nowadays become widely attention and noticeable worldwide in various industry. In conjunction, the friction effect on those materials is not directly relatable with the material characteristic but based on their tribology behaviour. The friction is not directly influencing the material characteristic but has affected the tribology behaviour of the material.

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“…Synthesized perfluoropolyethers (PFPE) allow not only to have large coverage ratio of the outer most surface by lubricant but also a sufficient amount of sub-surface lubricant. It was also observed that the friction coefficients increased with increasing storage days because the polar lubricant is absorbed with magnetic particles and does not migrate easily to the surface [39][40][41][42][43][44][45]. To reduce friction between guide and magnetic tape, a novel approach has been proposed by laser surface texturing giving the formation of an air bearing foil [46].…”

Section: Composition Of Magnetic Tapes For Audio Data Storagementioning

confidence: 99%

Chemistry for Audio Heritage Preservation: A Review of Analytical Techniques for Audio Magnetic Tapes

Bressan

Hess²,

Sgarbossa

et al. 2019

Heritage

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Vast and important cultural resources are entrusted to magnetic tape around the world, but they are susceptible to degradation, which may lead to severe replay problems. Audio magnetic tapes are complex and multicomponent devices containing organic compounds and metal systems, which can be potential catalysts for many degradative reactions in the presence of water, light, or heating. The aim of this review is to collect the literature concerning the analytical determinations and instrumental approaches that can achieve the chemical identification of the components in the tape and the degradation state. Thus, a combination of destructive (such as acetone extraction) and non-destructive techniques (such as ATR FTIR spectroscopy) have been proposed, together with SEM, ESEM, XRD and TGA analyses to assess the chemical and physical characterization of the tape with the purpose to individualize restoration treatments and optimize conditions for preservation. The impact of the studies reviewed in this paper may go beyond audio, being potentially relevant to video, data, instrumentation, and logging tapes.

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Tribology of magnetic storage systems, a short review

Cited by 10 publications

References 45 publications

An Essential Studies on Tribology’s: A Short Review

An Essential Studies on Tribology’s: A Short Review

Materials for Tribology’s Application: A Mini Analysis

Chemistry for Audio Heritage Preservation: A Review of Analytical Techniques for Audio Magnetic Tapes

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