![]() Slopeable and you can add framing tags to represent the beam on the framing plan. The haunch properties are Type parameters.ģd Parametric Beam/ Slopeable with Framing Plan Symbolic Representation This is a beam with an upper haunch at each end. ![]() I will make a marble version next to match that column. This is a self illuminated beam I made to go with the columns I made. ![]() This aluminum Beam is parametric and comes with labels on the sides and top. Took a long time to figure out how to make it, but the actual making was simple.Ĭan split an existing beam into 3 pieces, change one to a different size, and switch the centre piece to one of these. Modelled to the endplanes - won't be cut back from join.Ī UB (universal beam) that tapers from a set size at one end to a set size at another (eg 180UB22 to 460UB67). Structural beam with different depth at ends and in the middle (parameters Beam Depth (min) and ditto (max)). The beam is modelled to be a flat top: the top flange will always remain horizontal. You can control section height, width, and thicknesses on both ends of the beam, and the section will vary from one to the other. A W type beam (also known as an I beam), but with variable section.
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