Retaining Wall Design: Pressur

About Retaining Wall Design: Pressur Android App

USE this app for REINFORCED CONCRETE retaining wall design to construct / build / draw earth pressure distribution diagrams for a layered soil. The app is based on active earth pressure formula, passive earth pressure formula by the Rankine's theory, Coulomb's theory and Caquot-Kerisel's formula.

Lateral earth pressure coefficients are also performed using this app. The retaining wall calculator also considers earthquake coefficient calculations as well.

DOWNLOAD the app now. This Civil Engineering App for students and professionals is the best soil mechanics and geotechnical engineering app for concrete retaining wall design.

Concrete Retaining Wall Design - Civil Engineering App
The retaining wall design app BUILDS retaining wall earth pressure distribution diagrams by using: -
--> active earth pressure coefficient formula (Rankine's theory)
--> active earth pressure coefficient formula (Coulomb's theory)
--> passive earth pressure coefficient formula (Rankine's theory)
--> passive earth pressure coefficient formula (Coulomb's theory)
--> passive earth pressure coefficient formula (Caquot-Kerisel's theory)
--> active earth pressure coefficient formula (Mononobe-Okabe's theory) - for the seismic / earthquake case
--> passive earth pressure coefficient formula (Mononobe-Okabe's theory) - for the seismic / earthquake case.

The civil engineering app CALCULATES the following: -
--> active earth pressure coefficient using the Rankine's theory
--> active earth pressure coefficient using the Coulomb's theory
--> passive earth pressure coefficient using the Rankine's theory
--> passive earth pressure coefficient using the Coulomb's theory
--> passive earth pressure coefficient using the Caquot-Kerisel's theory
--> active earth pressure coefficient using the Mononobe-Okabe's theory (for the seismic / earthquake case)
--> passive earth pressure coefficient using the Mononobe-Okabe's theory (for the seismic / earthquake case).

For the concrete retaining wall design, the app considers:
--> Up to 4 soil layers, including cohesive soils
--> Different water table locations
--> Different soil cohesion values
--> Different soil friction angle (shear strength) values
--> Different wall friction angle values
--> Horizontal and non-horizontal ground profile (backfill soil)
--> Vertical and non-vertical reinforced concrete retaining wall faces

This Civil Engineering App:
--> BUILDS retaining wall lateral earth pressure diagrams in less than 10 seconds including the cohesion soil as well
--> CALCULATES retaining wall lateral earth pressure coefficient in less than 10 seconds
--> IS FAST and ACCURATE
--> IS a must have for reinforced concrete retaining wall design.