Hyperbolic Stress-Strain Parameters for Structured/Cemented Silts
Engineer's, here is our online
continuing education course which reviews the Army Corps of Engineers hyperbolic stress-strain parameters for structured/cemented silts. You will earn 10 PDH training hours upon conclusion of this course.
Board Approved PDH - Get It Now!
Risk Free - 100% Money Back Guarantee
The finite element method provides a powerful technique for the analysis of stresses and movements in earth masses, and it has been applied to a variety of soil-structure interactionproblems. Theresultsofsoilstress-deformationanalysesarecontrolledby thestress-straincharacteristicsofthesoilbeingmodeled.
Modeling the stress-strain characteristics of soils is extremely complex because the behavior of soil is nonlinear, inelastic, and highly dependent on the magnitude of the stresses in the soil.
Engineer Learning Objectives:
- Learn the converstion factors
- Learn the hyperbolic stress-strain model and parameters
- Understand previous research
- Ascimilate background of laboratory testing using structured/cemented silt
- Learn about oedometer testing
- Know test procedures relating to triaxial compression
- ICD triaxial tests on partially saturated and saturated specimins
- ICD upload/reload triaxial tests on partially saturated specimins
- Learn about the various testing results
This is a handout style
PDH class that comprehensively reviews the report.
Engineer Rating:

4.5
Online Format:
Handout / Attachment
PDH Hours:
10
Engineer PDH Price: $202.50
Risk Free PDH - 100% Money Back Guarantee