Retaining Wall Design: Pressure Diagram BUILDER

CONSTRUCT / BUILD lateral soil pressure (aka lateral earth pressure) diagrams in 10 seconds. This is the BEST Civil Engineering app - active, passive earth pressure diagram BUILDER. This Civil Engineering App for students and professionals is the best geotechnical engineering app. In this Civil Engineering App students and professionals can construct lateral earth pressure diagrams and calculate coefficients of lateral earth pressure on a retaining wall - these are a key concept in goetechnical engineering and civil engineering students can benefit from this app. This Civil Engineering App for students and professionals does elegant calculations for (retaining wall) lateral earth pressure coefficients, and also constructs the lateral earth pressure diagrams. The retaining wall lateral earth pressure coefficients are calculated using the Rankine theory, Coulomb's theory, and Caquot Kerisel theory, for the static active and passive lateral earth pressure states. The Civil Engineering App also calculates coefficients of lateral earth pressure for seismic case by using the pseudostatic - Mononobe Okabe equations. This Civil Engineering App: - CALCULATES retaining wall lateral earth pressure coefficient in less than 10 seconds - Is a CALCULATOR for (1) Rankine active earth pressure coefficient, (2) Rankine passive earth pressure coefficient, (3) Coulomb active earth pressure coefficient*, (4) Coulomb passive earth pressure coefficient, (5) Coefficients using Caquot and Kerisel (Caquot-Kerisel) lateral earth pressure equation*, (6) Seismic lateral earth pressure coefficients using Mononobe Okabe theory (pseudo static Mononobe Okabe equation)*. - CONSTRUCTS/ BUILDS earth pressure distribution diagrams for a layers soil. Details of the best geotechnical engineering app (1) USE this cool civil engineering app for fast and accurate calculation of retaining wall earth pressure coefficients. (2) The geotechnical engineering / civil engineering app calculates the lateral coefficients of earth pressure Ka and Kp - for different soil friction angle (shear strength) - for different wall friction angle - for horizontal and non-horizontal ground profile (backfill) - for vertical and non-vertical retaining wall (3) USE the sliders to see the effect of various parameters on the earth pressure coefficient values*. (4) Use the civil engineering app to construct the earth pressure diagrams for a layered soil. (5) The diagram construction takes less than 30 seconds. (6) Do the geotechnical engineering calculations on lateral earth pressure by varying - soil friction (angle of shearing resistance), soil cohesion, wall friction, groundwater table location, and wall geometry. ****************** soil mechanics, geotechnical engineering, geotechnical engineering app, civil engineering, civil engineering app, civil engineering students, retaining wall, gabion wall, sheet pile wall, anchor wall, earth pressure at rest, earth pressure coefficient, coefficient of earth pressure, active earth pressure coefficient, active earth pressure coefficient for cohesive soil, coefficient of active earth pressure formula, lateral earth pressure equation, lateral earth pressure diagram, retaining wall pressure diagram, pressure diagram of retaining wall, lateral earth pressure on a retaining wall, rankine lateral earth pressure, coulomb earth pressure, coulomb’s earth pressure theory, coulomb active earth pressure, caquot and kerisel, caquot kerisel, mononobe okabe equation, mononobe okabe theory, seismic earth pressure, seismic lateral earth pressure, pseudostatic approach. ******************