Deflection vs Beam HPC

Deflection is a powerful, versatile calculator for beams, 2D trusses, and 2D frames. The interface is simple and intuitive, and the graphical output is state-of-the-art. In addition to reaction, shear, bending moment, and deflection results, Deflection also computes internal shear and bending stress along the cross section and along the beam. 2D FRAME AND TRUSS EDITOR The 2D editor is seamlessly integrated with the beam editor. Draw arbitrary frame and truss structures and apply loads and constraints using the same simple interface as for beams. You can visualize results directly within the 2D editor, or you can select a beam and get additional insights. INTERNAL STRESSES Obtain internal bending and shear stress diagrams in addition to shear, bending, and deflection diagrams. The internal stresses can be visualized along the length of the beam as well as along the vertical axis of the cross section using the beam editor. CROSS SECTION EDITOR Edit built-in cross sections. Moment of inertia and area values are automatically calculated and applied to the rest of the beam calculations. MORE FEATURES • The built-in database contains more data for your reference and convenience. • Apply beam self-weight optionally • Unlimited design files • Quick-start templates CONTACT We like to hear from you! Please email contact@ketchep.com if you have any issues, questions, or comments.

Beam HPC app calculates the moment, shear, deflection and rotation diagrams for a beam with various types of loading. Loading types include forces, moments and distributed loads. The load location and magnitude can be changed at any time. There are three types of supports (i.e. boundary conditions) including pinned, fixed and vertical roller. Each beam can be split into sub-beam segments. Each beam segment can have a different moment of inertia (I) and stiffness (E). The user can click and drag all items to quickly change and compare results. This program is designed for educational uses only. It should not be used for commercial purposes. There is no warranty or guarantee the results are accurate, and the user accepts all responsibility for values calculated.