RT Journal Article
SR Electronic
A1 Aleš, Zdeněk
A1 Pavlů, Jindřich
A1 Svobodová, Jaroslava
A1 Pexa, Martin
T1 Use of Microscopy for Morphology Analysis of Wear Particles Generated in the Fuel Systems of Internal Combustion Engine
JF Manufacturing Technology Journal
YR 2016
VO 16
IS 5
SP 849
OP 853
DO 10.21062/ujep/x.2016/a/1213-2489/MT/16/5/849
UL https://journalmt.com/artkey/mft-201605-0002.php
AB Microscopy is nowadays applied in different research disciplines. It is widely used in the field of tribology and its application to technical systems. Microscopy is able to analyze morphology of wear particles generated in various technical systems of vehicles. Wear particles are formed not only in lubricating systems, but also in fuel systems. Number of wear particles and their morphology consequently accelerate the process and the intensity of wear. Quite frequently mentioned problem is impact of biofuels or other fluids on their technical condition. Newly produced biofuels may lead to increased wear of the fuel injection system due to reduced lubrication capability compared to conventional fuel. Their presence in fuel systems may accelerate wear and eventually may cause failure. Article describes laboratory experiments focused on influence of various fuels on functional surfaces of fuel injection system parts from the perspective of scanning electron microscopy. The aim of the experiment was to prove or disapprove hypothesis that there is significant impact of biobutanol on creation of wear particles of fuel injection system. The results showed that biobutanol has a lower lubricating ability to form sufficient layer in order to prevent increased wear.