Examples of using Friction factor in English and their translations into Hungarian
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Financial
-
Programming
-
Official/political
-
Computer
Graph EPB25-4 shows that the friction factor of CSBEPB25 is not sensitive to the operation speed and Graph EPB25-5 shows that the friction factor is CSB-EPB25 is decreased along with the loading increasing
Friction factor will be slightly decreased along with the speed increasing under certain loading of the rotation operation(see Graph EPB4-4)
Graph EPB16-4 shows that as the same as most of the slide bearing materials, the friction factor of CSB-EPB16 is increasing along with the rotation speed under a certain loading while as shown in Graph EPB16-5,
Graph EPB24-4 shows the friction factor of CSB-EPB24 is not obviously effected by the operation speed when the loading is stable and Graph EPB24-5 shows it will be decreasing along with the loading is increased from 0 to 20 Mpa when the operation speed is unchanged, furthermore the friction factor will not be changed when the loading reaches 20Mpa upward.
A material with low friction factor and good wear resistance.
EPB7 Plastic Plain Bearings A material with low friction factor and good wear resistance.
Graph EPB2D-6 shows the friction factor of CSBEPB2D is sensitive to the shaft roughness.
When the loading is higher than 30Mpa, the friction factor variation will not be detectable.
The friction factor and wearing of the bearing is considerably affected by the counter shaft roughness.
too fine shaft surface will increase the wearing and friction factor.
The friction factor of CSB-EP3M is decreased along with the loading increasing(see Graph EPB3M-5).
The axial friction pad is EPB7 material whichis with low friction factor and high wearing resistance;
The friction factor will not change much along with the speed when the loading is over 20Mpa.
Graph EPB19-6 shows that the friction factor of CSB-EPB19 is not sensitive to the shaft surface roughness.
it shows the friction factor of CSB-EPB2 is variable against different shaft surface roughness.
From Graph EPB6-6, it is found that the friction factor is also variable against the shaft surface roughness.
The friction factor of CSBEP5 is decreased along with the loading increasing not over 20Mpa(see Graph EPB5-5).
we could see that the friction factor is variable against the changing of shaft roughness.
From the figure EPB17-6, we could see that the friction factor is variable against the changing of shaft roughness.
Friction factor µD.