Recent content by SolMech
-
S
Conformability elastic material compressed on a wavy surface
Hey there, I'm struggling in finding the useful equations to determine some conformability parameters for a finite elastic material (EPDM) compressed on a rigid slightly wavy surface. I would like to optimize the thickness of the elastic material in terms of indentation depth and thus contact...- SolMech
- Thread
- Compressed Compression Elastic Elastomer Material Rubber Solid mechanics Surface
- Replies: 1
- Forum: Materials and Chemical Engineering
-
S
Beam bending, overhang with 2 concentrated loads
Ah never mind! Got it, thank you for your help!- SolMech
- Post #6
- Forum: Introductory Physics Homework Help
-
S
Beam bending, overhang with 2 concentrated loads
I'm not sure how you determined these moments.. What do you mean by: "I approached it by actually taking moments". Did you divide the problem into halfs and used M = F*x, and then used that if there is a load F, the support gives a reaction force F? If this is what you did, it is still not...- SolMech
- Post #5
- Forum: Introductory Physics Homework Help
-
S
Beam bending, overhang with 2 concentrated loads
With the argument that it should be zero at the force and maximum at the midpoint, I determined them to be linear in between, so that with negative x, M(x) goes from x= -a-l -> M(-(a+L))=0 to x=0 giving M(0)=F(a+L). Also I see that i did not integrate right, forgot some constants, but the...- SolMech
- Post #3
- Forum: Introductory Physics Homework Help
-
S
Beam bending, overhang with 2 concentrated loads
Homework Statement A beam supported at two locations is subjected to two equal loads at the end points Compute the central deflection W. Schematic: \downarrow........\downarrow ____________________________ <--->Δ<-------><------->Δ<---> ...a...L...L...a The delta's are the...- SolMech
- Thread
- Beam Beam bending Bending
- Replies: 5
- Forum: Introductory Physics Homework Help