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Choose from the following problem types to view a picture of each standard type (default problems): 1. įigure: 2.1.a New Problem Page Change an existing one in the 'Model Data' window. Bridge PageĢ.1 New Project/Problem Page Select a new problem type in the 'Select a New Problem Type' window, or.

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Version number Expiration date License type Number of seats License file path where the license file is located Physical RAM Drive SpaceĢ Model Data 1. The Help About option is provided to list the version number of the program and current system settings.įigure: 1.5.a Help Menu Options Help About Tutorialġ.6 About FB-MultiPier The About FB-MultiPier dialog displays the following information :

This information can be useful when troubleshooting license access related issues. The License File Access Status option displays license file permissions and license file access information.

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There are two different Help Manual formats: the Browser format, and the PDF format. Following the steps provided by the wizard the user can quickly create a customized general pier model.ġ.5 Help Menu The Help menu provides access to the Help Manual.

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About FB-MultiPierġ.1 File Menu The File menu handles the problem creation, file access, printing, and exiting the program.ġ.2 View Menu The View menu controls the appearance of the toolbar at the top of the screen and the status bar at the bottom of the screen.ġ.3 Control Menu The Control menu allows the user to access the output data from the program, log file options, program settings, access to the license update wizard, and control the appearance of the fonts used in the dialogs, graphics, and plots.įigure: 1.3.a Control Menu Options The Program Settings option will open the Program Settings Dialog with options for pile nodes and memory settings.ġ.4 Wizard Menu The Wizard menu provides access to General Pier Wizard. Seismic database Ground acceleration records and response spectrums are provided for notable earthquakes.ġ Program Menus 1. Time-Displacement plots The displacement results for any model node can be plotted over time. Animation results can be played and paused and a slider bar is provided for selectively viewing individual time step results. Animated results The 3D model displacement results can be animated for a time step integration analysis. Cyclic degradation parameters are also available to modify the lateral soil response during dynamic loading.

Dynamic soil modeling Soil gap modeling is available to model energy dissipation due to hysteretic damping.

Both frequencies and mode shapes are provided as output results. Modal analysis The modal analysis option performs a frequency analysis of the model. Concentrated masses and dampers can be added to the model to simulate added mass and energy dissipation effects. Different time step integration methods are available as well as a variety of analysis control parameters. Dynamic Pier Analysis Time step integration Time history load functions and ground acceleration records can be applied to the model. These are based upon tributary areas and are redistributed during analysis if the superstructure is continuous. The resulting loads are applied to the bearings at each pier, more specifically to the bearing locations of the transfer beam. Wind Load Generation Wind loads can be automatically generated for the bridge superstructure. Because the bearings are offset from the center of the pier cap, any pier cap torque induced from unequal spans is automatically included. Two rows of bearing locations Two independent lines of bearings accommodate the transfer of load from the bridge superstructure to the piers. The bearing connections at the pier supports can be released, constrained, or user-defined using a custom load-displacement curve. Bridge superstructure The bridge superstructure is incorporated into the model using an equivalent beam that connects the centerline of two piers. This is ideal for modeling skew bridges and radial piers on curved alignments. Pier rotation Each pier can have a rotation about the vertical (z) axis. The 2D Bridge window shows the bridge layout in plan and the 3D Bridge window shows the 3D visualization of the bridge. Up to 99 piers can be easily generated to rapidly layout anĮntire bridge. Each pier can also have its own elevation. Multiple Pier Modeling Unique piers Each pier can have an entire different set of properties, including: pier geometry, pile group size, soil strata, loads, etc.

How to make a gmod darkrp server without .bat