- #1
Pankaj Patel
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I am working on a new design on pumps. Would some one help me to calculate the sliding friction if the following are known.
a plate is at an angle at 60 degrees to its horizontal axis.
a flat bearing surface is sliding at 14 pitch dia on the plate. (consider a ball cut into half, Use the half as a bearing, bottom ( flat) of the half is sliding on the plate at the above pitch dia.)
force on the bearing pushing the flat against the plate is 20,000 lbs.
Consider the area of the bearing (flat surface) 4" in dia.
the plate is spinning at 200 rpm at an angle of 60 degrees to a horizontal axis shaft.
what would be the friction generated and heat generated due to friction, if you consider a gound surface between the two contact surfaces.
a plate is at an angle at 60 degrees to its horizontal axis.
a flat bearing surface is sliding at 14 pitch dia on the plate. (consider a ball cut into half, Use the half as a bearing, bottom ( flat) of the half is sliding on the plate at the above pitch dia.)
force on the bearing pushing the flat against the plate is 20,000 lbs.
Consider the area of the bearing (flat surface) 4" in dia.
the plate is spinning at 200 rpm at an angle of 60 degrees to a horizontal axis shaft.
what would be the friction generated and heat generated due to friction, if you consider a gound surface between the two contact surfaces.