The RocPortal is now available. Learn more.
 

Search Results

Normal and Shear Stresses from a Plane

Users can define a plane which they can select the view normal stress or shear stress using the selected plane. First, the user has to select the plane. Then,

  1. Select: Interpret > View Normal Stress Using selected plane or View Shear stresses using selected plane.

RS3 automatically defines a user data equation suing the plane normal and switches to the new data type. The equations used for normal and shear stresses are as followed:

Normal Stress:

(sxx * nx + sxy * ny + sxz * nz) * nx +

(sxy * nx + syy * ny + syz * nz) * ny +

(sxz * nx + syz * ny + szz * nz) * nz


Shear Stress:

spx = (sxx * nx + sxy * ny + sxz * nz)

spy = (sxy * nx + syy * ny + syz * nz)

spz = (sxz * nx + syz * ny + szz * nz)

spn = (spx * nx + spy * ny + spz * nz)

sqrt ((spx * spx + spy * spy + spz * spz) - (spn * spn))

Portal Account Log In Log Out Home Shopping Cart icon Click here to search our site Click here to close Learning Tech Support Documentation Info Chevron Delete Back to Top View More" PDF File Calendar Location Language Fees Video Click here to visit Rocscience's LinkedIn page Click here to visit Rocscience's YouTube page Click here to visit Rocscience's Twitter page Click here to visit Rocscience's Facebook page Click here to visit Rocscience's Instagram page Bookmark Network Scroll down for more Checkmark Download Print Back to top Single User Multiple Users RSLog RocFall3 CPillar Dips EX3 RocFall RocPlane RocSupport RocSupport RocTopple RS2 RS3 RSData RSPile Settle3 Slide2 Slide3 SWedge UnWedge Commercial License Education License Trial License Shop safe & secure Money-back guarantee