Statics (Civil Engineering) vs A-Beam* Usage & Stats

Statics is a "must have" mobile software for every engineer (in particular civil or building), architect, Statics and Building science student! In fact it's a fast standard beam solver (currently arches, supported, cantilever, inclined, fixed - fixed and fixed - supported beams loaded with forces, moments and distributed loads) that calculates moments, shears, axial forces, rotations and lowerings by simply inserting input parameters (many of them are also suggested by the program itself, like Young's modulus or material's weight). It's also possible calculate the area moment of inertia for rectangular sections. You don't have to bother about the measure unit system, because you can choose between metric and imperial one. Design &/or check steel beams using the most common steel sections for every kind of statics and by controlling the maximum lowering allowed (L/250, L/400, L/500). The program also has a list of all standard equations used to solve the beams, so you can easily know what is the general equation for every case. *************************************************** Statics has been developed by Mattia Campolese, former Civil Engineer from Lanciano, Italy, with a strong passion in software development. Follow the progress of Statics on facebook (fan page "Matsoftware") and on www.matsoftware.it .

Apple App Store
Paid
Productivity

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A-Beam*

New features: - Add new type of beam's support (Spring Support) - Calculation sheets by Stiffness Method - Calculation sheets by Moment Distribution Method A-Beam is an easy to use application but provide you the calculation for Reactions, Shears, Bending Moments and Deflections of the beams. From the very simple beam to the most complex of multi-span beams with any combination of loads applied. The great part of A-Beam is you are not limited to the only predefined of the pattern of the beams with particular support and load condition, but in A-Beam you can create your own beam with any combination of span and load condition no matter how complex it is. And create a beam and input the support and load condition is easy due to the interaction of the user interface which will show you the beam diagram while editing the data. Features: •Saved and listed all the previous beams by showing each beam's Free Body Diagram (F.B.D) on the main screen so user can select and access previous work easily. •Multi spans: no limit of number of spans of the beams •Load patterns: any combination of loads applied to each spans of the beam (currently 5 types of loads "Point, Uniform, Triangular-Right, Triangular-Left and Moment load" ). •Results: •Reaction at each support •Shear Force Diagram (S.F.D.) •Bending Moment Diagram (B.M.D.) (see Note1) •Deflection •Reading the result (shear, bending moment and deflection) all along the beam length by tap & move the tracing line along the beam.