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Lubricity effectiveness of bio-lubricant modified with multi-wall carbon nanotube and organic polymer
Published 2023“…The development of effective bio lubricants with anti-friction and wear properties is gaining recognition due to their ecofriendly nature and good lubrications in mitigating challenges associated with friction and wear on tribo-components during lubrication. …”
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Eichhornia crassipes nanoparticles as a sustainable lubricant additive: Tribological properties optimization and performance under boundary lubrication regime
Published 2022“…The inclusion of 1.5 wt% EC-CNT, 0.5 wt% EC-CMC, 1.2 wt% EC-CNT + 0.4 wt% EC-CMC (optimized) in the base lubricant yielded an excellent performance as a lubricant additive and reduced the friction and wear scar volume. …”
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Tribological performance evaluation of blended lubricants incorporated with organic polymer
Published 2023“…Eco-friendly lubricants have drawn a lot of interest in the lubrication industry as a way of promoting global sustainability in response to the growing environmental pollution danger posed by the use of petroleum-based lubricants. …”
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Lubricity performance evaluation of organic polymer as additives invegetable oil understeel materials.
Published 2023“…The tribological effect of lubricating oil on sliding contact as well as its rheological behaviour were investigated. …”
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Effect of surface texturing on organic carbon nanotubes tribological performance on sliding contact lubrication
Published 2022“…The key reason for the friction and wear reduction when using surface texturing is attributed to its micro-trap for wear debris and the micro-reservoirs for lubricant retention.…”
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Effect of surface texturing on organic carbon nanotubes tribological performance on sliding contact lubrication
Published 2022“…The key reason for the friction and wear reduction when using surface texturing is attributed to its micro-trap for wear debris and the micro-reservoirs for lubricant retention.…”
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Tribological properties enhancement through organic carbon nanotubes as nanoparticle additives in boundary lubrication conditions
Published 2020“…This paper investigates the effect of inclusion of formulated organic nanoparticles of Eichhornia crassipes carbon nanotubes (EC-CNTs) in two different base lubricant (rapeseed and mineral oils) as lubricant additives. …”
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Effect of surfactants on the tribological behavior of organic carbon nanotubes particles additive under boundary lubrication conditions
Published 2022“…The tribological enhancement of nano-lubricant that consist of formulated Eichhornia Crassipes carbon nanotubes (EC-CNTs) dispersed in base rapeseed oil using sodium dodecyl sulfate (SDS) and oleic acid (OA) as surfactants was conducted in this study. …”
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A review on bio-lubricants as an alternative green product: tribological performance, mechanism, challenges and future opportunities
Published 2023“…With renewability and biodegradability as their greatest points, bio-based lubricants have been discovered to offer superior lubricating qualities to those of traditional mineral lubricants but currently have some undesirable qualities that need to be improved based on the literatures. …”
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Tribological performance evaluation of vegetable lubricant incorporated Ethylene Vinyl Acetate (EVA) and Tertiary-Butyl-Hydroquinone (TBHQ) nanoparticles
Published 2023“…The adoption of vegetable oil as a basic lubricant has become increasingly prevalent due to growing environmental concerns about the harm caused by lubricants made from petroleum. …”
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Tribological behavior of organic formulated polymer concentration effect in bio-based lubricant using high-frequency reciprocating rig
Published 2021“…The load capacity of the blended lubricants revealed that higher loads provide better COF than lower load. …”
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Effect of concentration on the tribological behavior of cyclic heated formulated organic carbon nanotubes in base lubricant under boundary conditions
Published 2021“…The tribological enhancement of base lubricant under different concentration of formulated Eichhornia Crassipes carbon nanotubes (EC-CNTs) was conducted in this research. …”
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Improving tribological properties and shear stability of base lubricant using Eichhornia crassipes carboxylmethyl cellulose polymer under different conditions
Published 2022“…In response to the global environmental issues over inorganic additives in lubrication process in solving friction and wear challenges. …”
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Tribological performance enhancement of rapeseed biolubricant using modified eichhornia crassipes nanoparticles additive
Published 2022“…Lubricant additives are substances that are used in reducing friction and wear between two or more moving components. …”
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Tribological behavior of organic formulated anti-wear additive under high frequency reciprocating rig and unidirectional orientations: particles transport behavior and film formati...
Published 2022“…Friction reduction using 1 wt% EC-CNT nanoparticle under unidirectional testing mode was 49% while reciprocating mode was 58.1% against base lubricant. However, wear scar radius reduction under unidirectional mode was 23.4%, observed closer to base oil lubricated wear scar radius 207.03 µm, whereas reciprocating has 52.2% compared to base oil lubricated wear radius 183.7 µm. …”
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Biomass as a potential source of sustainable fuel, chemical and tribological materials – Overview
Published 2021“…The introduction and acceptance of smother burning fuels together with less harmful chemical (lubricants) began to gain ground, owing to the worldwide environmental concern. …”
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Tribological behavior investigation of Ficus Carica oil blended ethylene-vinyl acetate polymer on AISI 52100 steel using four-ball tribometer
Published 2023“…Lubrication has remained a source of concern in industries owing to its role in reducing excessive friction and wear during machine operation. …”
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Tribological performance evaluation of organic polymer as additives in vegetable oil using steel materials
Published 2023“…An investigation on lubricating oil rheological behavior and tribological effect on sliding contact was conducted. …”
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Tribological behavior of organic anti-wear and friction reducing additive of ZDDP under sliding condition: synergism and antagonism effect
Published 2022“…The use of two additives in combine lubrication shows synergistic effect, however, observed antagonistic effect if MO + EC-CNT + ZDDP is used for long period of time. …”
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