![]() ![]() Rather than matching the basic gross dimensions of the Revit beam element, the design dimensions displayed in ENERCALC will represent the combined geometry of the beam and the floor slab: This relationship also holds true if the working point location of the beam is altered by physical movement or by adjustment of the "Start Level Offset" and "End Level Offset" parameters. In doing so, the user will observe that the design calculation constructed in ENERCALC represents the gross combined depth of the beam AND the floor slab. Using the "Select" button on the row marked "Skip" and "No T-Beam" will launch the calculation as a rectangular beam without any Tee geometry: When the calculation launch process reaches the "Section Geometry" tab, the user will be informed that the beam IS eligible for design as a T-Beam. ![]() Instead of the approach described in the previous section ( Rectangular Beam Sections - Unjoined), the user may alternatively choose to launch a rectangular beam calculation for a beam that IS JOINED to a slab in the Revit model. unjoined conditions, ENERCALC for Revit users should remain aware of the join relationships between concrete beams and concrete floors in a Revit model. Since the design behavior differs in joined vs. When they are joined, their solid geometries will be combined, rather than having two distinct geometries which overlap in 3D space and 2D views. Revit provides the ability for users to control whether or not adjacent physical elements are joined to each other. ![]()
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