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Composite Beam Design General Principles
ProtaStructure supports a powerful composite slab/beam design. The overview of the composite slab modeling, analysis, and design is as follows: 1. Metal decks can be chosen from a Metal Deck Library. 2. Shear studs can be specified from a Stud ...
Structural Modelling Overview
Techniques for member creation and loading are described in this section. Also described here are those other modelling related functions contained on the “Member” pulldown. Additional modelling related topics can be found in the preceding Graphic ...
Column and Wall Design Contents
The "Column Section Design" form can be accessed by clicking the “Column Section Design” option under the “Design” pulldown menu in the Graphic Editor. ProtaStructure can design rectangular, circular and polyline columns under uniaxial or biaxial ...
Ignorable Forces for Beam Design
The beam forces that are automatically designed for in the beam section design are Major Bending Moment, Major Shear Force & Torsion. The beam forces that are not automatically designed for (or even checked) are Axial Tension Force, Minor Axis ...
Seismic Design of Cast-in-Place Concrete Diaphragms to TBDY2018
This document represents the analysis steps of the slab members according to TBDY 2018 Section 7.11 that should be checked in ProtaStructure under the impact of seismic force. In addition, slab modeling steps, design requirements, reporting of ...