The Yield-Link® Connection Design Guide is a document summarizing the features and benefits of the Yield-Link connection. DXF format Figure 8: Connection Design Summary Legend in. Figure 6: User Input Screen for Yield-Link® Connection Plugin for ETABS/SAP2000 Figure 7: Full Frame Elevation Drawn to Scale in. DXF format for the designer to use in their design document. After the frame designs are done, the user can export all the frame elevations (Figure 7) and welding/bolting details (Figure 8) in. PDF output for detailed calculations can be requested for each beam or Yield-Link connection just by right-clicking the member name. After all the initial checks, the user can run the frame analysis, and the plugin will automatically calculate the beam and Yield-Link check, column check, shear tab check and show a drift summary for wind and seismic loads. The Yield-Link plugin will automatically assign rotational springs to the ends of each beam when the user selects the beam size and link size from a drop-down menu (Figure 6). state-of-the-art analysis and design software applications. The Yield-Link® Connection Plugin for ETABS/SAP2000is a software add-in for the well-known Computer and Structures, Inc. Figure 3: Input Screen for Yield-Link® Connection Design Tool in Excel Figure 4: RISA-3D Model Output Model from Yield-Link® Excel Tool Figure 5: Connection Design Summary in. The Yield-Link Connection Design Tool in Excel can be used with RAM, STAAD or any other structural software that has the ability to model a PR connection. DXF file with frame elevation and all the relevant welding and bolting design information (Figure 5) for designers to incorporate into their design documents. When the moment frame and Yield-Link connection designs are done, the Yield-Link Connection Design tool can output a. This design tool can also export the frame model to RISA-3D (Figure 4) for users to perform their final drift and member design checks. This tool has the ability to perform initial drift check, Yield-Link size check, Yield-Link connection check, shear plate check, and member check for the beams and columns. The tool is written in Microsoft Excel with easy-to-follow step-by-step buttons that aid designers in a moment frame design using the Yield-Link connection (Figure 3). The Yield-Link® Connection Design Tool in Excel is a companion to the Yield-Link Connection Modeling Guide. (See Figures 1 and 2.) Figure 1: Yield-Link® Connection Modeling Guide Cover Figure 2a: Modeling Technique Moment Release with partial Fixity Rotational Springsįigure 2b: Modeling Technique Equivalent Elastic Link Elements It offers users tips on where to extract the moment for calculating the Yield-Link forces and a preliminary chart for the initial Yield-Link design based on the connection moment demand load. It has step-by-step directions for incorporating the Yield-Link connection into different software so the stiffness of the Yield-Link connection can be captured correctly for drift and strength check. The Yield-Link® Connection Modeling Guide covers the different modeling techniques for the Yield-Link connection for engineering analysis and design software. Below is a brief introduction to these tools for the different trades. These tools range from a connection modeling guide and plugins for designers to detailing software add-ins for detailers. With the introduction of the Simpson Strong-Tie Yield-Link® moment connection for steel construction, the engineering and software development teams at Simpson Strong-Tie created multiple design tools to support users in their specification of the Yield-Link technology.
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