Rocscience International Conference 2025 is going to take place in Sydney, Australia Read more

Search Results

Dry Stiff Clay

The following material properties need to be defined (Welch and Reese, 1972):

  • Strain Factor (E50) - strain corresponding to 1/2 the maximum principal stress difference (typical values below)
  • Undrained Shear Strength

Diameter of the pile and depth into the soil have a direct impact as well. See the Lateral Pile Theory Manual for more information.

p-y curve for Stiff Clay Without Water

p-y curve for Stiff Clay Without Water

REPRESENTATIVE VALUES OF E50 FOR OVERCONSOLIDATED CLAYS

Average undrained shear strength (kPa)

50-100

100-200

200-400

E50

0.007

0.005

0.004

For more information, see the Lateral Analysis Theory Manual.


Rocscience logo, click here to return to the homepage Portal Account 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" Previous Next 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 X page Click here to visit Rocscience's Facebook page Click here to visit Rocscience's Instagram page Click here to visit Rocscience's Reddit page Bookmark Network Scroll down for more Checkmark Download Print Back to top Single User Multiple Users RSLog RocFall3 CPillar Dips EX3 RocFall RocPlane RocSlope3 RocSupport RocTopple RS2 RS3 RSData RSPile RSWall Settle3 Slide2 Slide3 SWedge UnWedge RocTunnel3 RocSlope2 BlastMetrix ShapeMetriX Fragmenter TestLicense Commercial License Education License Trial License Shop safe & secure Money-back guarantee