Cantilever Retaining Wall vs CloudLabs Lever Application

This application includes two major calculation steps and provide you a comprehensive calculation report in PDF and in DXF(Autocad): - Stability evaluation which includes the overturning, bearing, and sliding failure modes. - Designing the different components of Retaining Wall: stem, heel, toe and key, for bending and shear, under the combined factored loads. Results: - Check stability Verticals and Laterals forces. - Graphic display of forces and pressures acting upon the wall. - Establish Stem, Heel, Toe and Key thickness by Verifying shear & moment. - Bearing Capacity Verification. - Graphic plot moment and shear diagrams to optimize reinforcing bars. - Graphic plot for required flexural reinforcement to optimize reinforcing bars. - Complete stability analysis for overturning, sliding, and bearing. - Graphic plot of Nominal Moment. - Graphic plot Stress diagrams. - Graphic plot Neutral axes diagrams. - Graphic plot for wall elevation with Cutoff Location in Tension side. - Concrete design of stem, toe, heel, and key. - Graphic plot for reinforcement distribution - Ability to create a DXF file containing the reinforcement in details - Create a comprehensive calculation report containing all calculation details

In this simulation, you will find the jib arm of a crane, a hydraulic cylinder, pins, a platform, bags of cement and a crane car. These elements will allow you to assemble a scale model of a crane, which is based on the operating principle of the application of the lever. You will need to analyze the torque exerted by the forces present in the arm of the crane in order to determine the force which must be exerted by the cylinder in order to keep the system in equilibrium.