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Stress increment in Soils

Stress increment due to a vertical load on a rectangular shallow foundation

Javier Camacho-Tauta · appinventor.ai_jcamachotauta.Fadum

0.0 1,000 1,000 v8.4 4.1 MB SDK 7+ PEGI-3 · Everyone

Stress increment in Soils screenshot 1 Stress increment in Soils screenshot 2 Stress increment in Soils screenshot 3 Stress increment in Soils screenshot 4 Stress increment in Soils screenshot 5 Stress increment in Soils screenshot 6 Stress increment in Soils screenshot 7 Stress increment in Soils screenshot 8
UpdatedJul 30, 2024
PublishedMar 16, 2021
Packageappinventor.ai_jcamachotauta.Fadum
MD52c652306bfaaf3b2f813d6fbec2e66d6
SHA1 (signer)EC:AD:C2:01:2B:A3:8D:FA:84:D9:BC:AA:5D:FB:2D:CA:AF:0A:1A:E6
Signed byCN=Android, OU=Android, O=Google Inc., L=Mountain View, ST=California, C=US
Malware scanTRUSTED
Contact[email protected]

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Description

This application computes the vertical stress increment in a point located in the proximity of a rectangular shallow foundation supporting a vertical load. The point at a given depth can be positioned in any negative or positive coordinates. The App uses the superposition principle and divides the foundation into four virtual rectangles.

Normalised dimensions of each rectangle allow computing the influence factor. For any partial rectangle plotted to construct the actual footing, the point P must be below a corner of it. Sign of the influence factor will depend on whether the partial area is negative or positive to compose the foundation area.

Location of point P can be easily selected by touching in plot or by writing its coordinates in designated fields. Also, the user can choose the unit system.

Required features

Permissions (3)

Stress increment in Soils requests the following Android permissions:

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