Soil Stress Increment

The app is based on the Westergaard's formula for the stresses under the corner of a rectangle which is uniformly loaded. Behind the scenes the calculator uses the Fadum's chart to determine the influence factors and computes the vertical stress below a uniformly loaded rectangular area (Boussinesq solution).


Use this cool android calculator for estimating stresses below a uniformly loaded rectangular area. This android calculator is easy to use and can be a handy tool for quick geotechnical calculations - it helps to efficiently understand the vertical stress distribution, including pressure bulb.


You can choose from a variety of seven different arrangements for the estimation of the vertical stress increment. These arrangements include calculation of vertical (Boussinesq) stress under the rectangular area for a point which maybe located within the loaded area or outside of the loaded area.


Also try our other app:
Earth Pressure Coefficients (FREE) -
https://play.google.com/store/apps/details?id=com.totalgeosolutions.earthpressurecoefficientcalculator


*stress calculator*westergaard solution*boussinesq*stress increment under the
corner of a rectangle*uniformly loaded area*fadum's chart*approximate
solution*soil mechanics android app*geotechnical app*geotechnical calculator*Newmark's chart