Hello Guys,
Please let me know if shape factor and shear stifness calculation below is correct for attached rubber design.
Thank you.
A=Load area
B=Bulged area
D=Outside dia.
d=inside dia.
L=Thickness of rubber
t=Undeformed thickness
k=dynamic shear stiffness
G=dynamic shear modulus
A=...
Thank you Guys,
I was suspicious about the design and now I'm sure that it will not work in a way that I want.
If I place magnets in axial direction,then I guess eddy current damping can occur.
In that case,since copper length is appx.150 mm,the gap between magnets (located in the ends of...
Hello,
I want to use eddy current damping for my application.
My design is attached.
Grey part is the main vibrating system.
NdFeB Arc magnets(in yellow) are attracted to steel in both sides.
Pink part is copper like material.
When an acceleration occur on copper material in radial direction,I...
Hello Hydrope,
It is a spherical plain bearing.Please find attached Picture.
It is self alignment and used on mobile cylinders.
http://files.engineering.com/getfile.aspx?folder=e8e9dfba-ffaf-4169-bb57-f9dbd28b9302&file=images.png
Hello,
Currently,I'm designing a non-standard spherical plain bearing.
Bearing diameter is 140 mm. Radial internal clearance should be 0,100 - 0,192 (CN).
Outer ring outside diameter 230 -0,030.Inner ring inside diameter 140 -0,025.
Since during the operation of bearings, radial internal...
Hello Guys,
As you may know, cutting forces on machining depend on many parameters (workpiece material and geometry,tool geometry,cutter,cutting regimes,cutting Dynamics variables,process interaction),maybe more than 20 factors influencing it and varying in time.
I searched a lot,read many...
Hello Guys,
As you may know, cutting forces on machining forces depend on many parameters (workpiece material and geometry,tool geometry,cuuter,cutting regimes,cuttin Dynamics variables,process interaction),maybe more than 20 factors influencing it and varying in time.
I searched a lot,read many...
