Although many studies investigating the tribological performance of pure vegetable oils have been conducted, a better understanding of vegetable oil tribological performance at extreme conditions is still needed. Similarly, little work has been carried out to study the influence of the vegetable oils on the performance of a lubricant formed from a blend of vegetable oil and conventional mineral engine oil. This work presents the tribological performance of vegetable oils, and their blends with mineral oil, in a high temperature and contact pressure reciprocating contact. Palm and soybean based vegetable oils were mixed with a commercial mineral engine oil at a 1:1 ratio by volume. The conventional mineral oil was also tested to provid...
Vegetable oil has been researched to supplant petroleum-based items because of its surroundings well...
The friction and wear tests on AISI 1040 are carried out under raw, modified versions of two nonedib...
Vegetables oil are known as an oil resources that is renewable, non-toxic and biodegradable compared...
Although many studies investigating the tribological performance of pure vegetable oils have been co...
The tribological responses of palm oil and soybean oil, combined with two commercial antiwear addit...
The concern about the pollution created by the use of mineral oil based lubricants and the depletion...
From the viewpoint of natural environmental requirement, the applications of biodegradable lubricant...
In light of diminishing natural resources, global climatic change and increased environmental sensit...
Vegetable oils are sustainable fluids which have been promoted to replace petroleum-based oils due t...
The investigation of lubricated friction and wear is an extended study. The aim of this study is to ...
The main source for lubricant oils is mineral oils, but the source of mineral oils are depleting fro...
AbstractVegetable oil was one of the main sources of lubricating oil before the discovery of petrole...
Renewable‐based lubricants are being considered as potential alternatives to petroleum‐based lubrica...
Vegetable oils are sustainable fluids which have been promoted to replace petroleum-based oils due t...
This paper presents experimental results for pointing out the tribological behaviour of two soybean ...
Vegetable oil has been researched to supplant petroleum-based items because of its surroundings well...
The friction and wear tests on AISI 1040 are carried out under raw, modified versions of two nonedib...
Vegetables oil are known as an oil resources that is renewable, non-toxic and biodegradable compared...
Although many studies investigating the tribological performance of pure vegetable oils have been co...
The tribological responses of palm oil and soybean oil, combined with two commercial antiwear addit...
The concern about the pollution created by the use of mineral oil based lubricants and the depletion...
From the viewpoint of natural environmental requirement, the applications of biodegradable lubricant...
In light of diminishing natural resources, global climatic change and increased environmental sensit...
Vegetable oils are sustainable fluids which have been promoted to replace petroleum-based oils due t...
The investigation of lubricated friction and wear is an extended study. The aim of this study is to ...
The main source for lubricant oils is mineral oils, but the source of mineral oils are depleting fro...
AbstractVegetable oil was one of the main sources of lubricating oil before the discovery of petrole...
Renewable‐based lubricants are being considered as potential alternatives to petroleum‐based lubrica...
Vegetable oils are sustainable fluids which have been promoted to replace petroleum-based oils due t...
This paper presents experimental results for pointing out the tribological behaviour of two soybean ...
Vegetable oil has been researched to supplant petroleum-based items because of its surroundings well...
The friction and wear tests on AISI 1040 are carried out under raw, modified versions of two nonedib...
Vegetables oil are known as an oil resources that is renewable, non-toxic and biodegradable compared...