Shear force and Bending moment diagrams with more than 3dp values on both axes. Accuracy in analysis
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A shear force diagram is one which shows variation in shear force along the length of the beam. BeamLab provides these shear force values for all points at a 10dp accuracy.
"After calculating the support reactions, the algorithm then uses these and analyses loading at all points to calculate the shear force"
A bending moment diagram is one which shows variation in bending moment along the length of the beam where negative moments are plotted to scale above a horizontal line and positive below. BeamLab also has a more than 10dp accuracy of these bending moment values
"The algorithm used by BeamLab has two options of calculating bending moment diagrams. The first is intergrating for area under shear force diagram and the second is by using the support reactions. Preferred is the latter for its accuracy, however, the former provides a quicker analysis for longer beams."
Using BeamLab, 3 types of loads can be applied to the beam; concetrated, uniformly distributed and uniformly varying loads
Act at indicated point and magnitude, can be clockwise or anticlockwise
Act at indicated point and with indicated constant magnitude downwards
Loads spread across the indicated region while remaining constant throughout
Loads spread across the indicated region while changing value throughout
Create beams and analyse loading offline in only 5 Steps
Oleng Morris, W Arthur, A Moses, O Isaac, K Moses, S Stephen, K Vian, A Victor
Beams are a broad structural element and can be categorised by support, loading, material among other!
We need engineers from software and civil fields or money to hire them to effectively cover all beams and loading cases!