To increase the efficiency of this module as a tool used to determine the structurally required reinforcement, RF-CONCRETE Surfaces includes instructions concerning the allowable maximum and minimum reinforcement ratios for different structural component types (2D plates, 3D shells, walls, wall-like beams), as they can be found in the form of design specifications defined in the standards. Based on the compatibility equations by THEODOR BAUMANN from 1972, a consistent design algorithm has been developed to dimension two- and three-layer reinforcements.
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DLUBAL ENGINEERING SOFTWARE meets this special challenge with the add-on module RF-CONCRETE Surfaces. As the finite element method enables a realistic model representation of two-dimensional objects, design theories and algorithms must be found to close this "instructive gap" between member-oriented rules and computer-generated internal forces of plate structures.
In particular, shell structures which are characterized by a simultaneous loading due to moment and axial force are hardly described in reference books. Program RF-CONCRETE Surfaces © 2010 Dlubal Engineering SoftwareĪlthough reinforced concrete is as frequently used for plate structures as for frameworks, standards and technical literature provide rather little information about the design of twodimensional structural components. Open the Add-on Module RFCONCRETE Surfaces
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