Retaining Wall Design Workflow
RCM Ret. Wall is built around a guided retaining-wall design sequence rather than a single isolated result. Users choose the design condition, select an accepted earth-pressure method such as Coulomb or Rankine, and enter project values in an ordered flow. That structure helps a civil engineer move from assumptions to calculations without losing track of which inputs drive each check.
The app is suited to preliminary design work, classroom exercises, and field discussions where a mobile reference is useful. A guided sequence can keep the main task visible: describe the wall and soil, evaluate its behavior, review safety factors, and use the resulting information to support the next engineering decision.
Soil, Geometry, and Load Inputs
Input screens bring the geotechnical and structural assumptions into one working model. Users can enter backfill friction angle, slope angle, concrete and soil properties, foundation conditions, water-table information, wall geometry, and design loads. The calculation setup can also account for surcharge, point, and distributed loads when those conditions apply.
This detail matters because retaining-wall behavior changes with the site and the chosen dimensions. Keeping geometry and mechanical values together makes it easier to adjust a project scenario and see which assumptions need attention before reviewing results. The app also provides guidance around permitted minimum and maximum values, helping new users catch unsuitable entries earlier in the workflow.
Stability and Structural Checks
The checking stage focuses on the forces and stability conditions that determine whether a retaining-wall concept behaves as intended. RCM Ret. Wall covers lateral earth pressure, overturning, pressure beneath the base, vertical stress, and deflection-related checks, while the structural review considers concrete elements under bending and shear.
Users can compare the effects of active and passive pressure, surcharge and point loads, water conditions, and the selected design theory within the same project workflow. The result is a more organized way to review the engineering consequences of each assumption, especially when a student or practitioner needs to compare alternatives before preparing a final design.
Reinforcement, Quantities, and Project Reports
Once the structural inputs are defined, the app helps turn calculations into design information that can be used in a project discussion. It supports checking the geometry of the wall elements, defining required reinforcing steel, and calculating material quantities. A detailed budget in local currency adds a practical cost-planning layer to the engineering workflow.
This combination is useful when a user needs more than a stability number. Students can follow how dimensions and loads affect the design, while professionals can organize quantities and cost information alongside their assumptions. The result is a compact mobile workspace for early retaining-wall studies, classroom exercises, and conversations before a full engineering review.
