STAAD PRO Tutorial | Training
AED 4,500
Detailed Course Content: Troubleshooting problems within models including zero stiffness conditions and instabilities Modeling semi-rigid/shear connections and rigid links Seismic analysis using static equivalent methods – UBC, IBC Structural Dynamics – mode shapes, frequencies, participation f actors Time History analysis for seismic loads, machine vibrations, random excitation, blast loading Response spectrum analysis Mat foundation analysis using plate and solid elements, soil springs, contact supports Spring support generation, examining soil pressure intensities and diagrams Physical beam design using the steel designer Connection design using the steel designer Reinforced Concrete Design using the RC Designer Load generation – Panel area loads, wind loads on closed and op en structures, moving loads Tension-only members Staad pro training introduces engineers to using STAAD.Pro software for structural modeling, analysis and design for the beginners Level 1 & Level 2 STAAD PRO TUTORIAL – LEVEL 1 This beginner-level staad pro tutorial introduces engineers to using STAAD.Pro software for structural modeling, analysis and design. Engineers who are using STAAD.Pro for the first time, and those who want a refresher course on the sophisticated modeling and analytical tools of the program will benefit. Basic Theoretical Understanding : Introduction with present form of STAAD pro training and Interaction with engineers to identify the proper need STAAD.Pro in general – Analysis & Design capabilities Clarifications on useful topics Using the Graphical User Interface to generate the geometry (Pre-processor): The general STAAD Pro Tutorial environment Short discussion on plane frames, space frames, beams, trusses, etc. Using the drawing tools for creating nodes & beams. Generation methods such as copying /mirroring, rotating. Using spreadsheets. Tools for visualization of the model – panning, zooming, viewing from various angles, using multiple views and windows, renumbering entities. Examining the tools for checking structural integrity. Understanding the STAAD input file using the STAAD editor. Tutorial problem. · Generating models using the Structure Wizard. Steel Design The Staad pro training gives an idea about using the graphical user interface to generate the geometry or pre processor. Using the Graphical User Interface to generate a complete STAAD model (Pre-processor): Building a truss model using the drawing tools and Structure Wizard Creating groups. Understanding the various property types, the steel section database. Creating and assigning properties from steel tables. Material constants. Understanding beta angles, local vs. global axis, visualization using 3D diagrams. Specifications such as member releases, member offsets, tension only/compression only members, cables, etc. Understanding and creating various support types. Understanding and specifying various primary load types. Creating Load combinations. Performing a general elastic analysis. Concrete Design Tha Staad pro training provides the graphical user interface to generate a complete staad model ideas, some contents mentioned below. Understanding the results and post-processing: Viewing results using the STAAD output file. Using the graphical Post-processor for verifying and validating analysis results. Using the query analyzer. · Creating customized reports, plotting result diagrams. Exporting results to other programs, printing. Staad pro training lists of understanding the results and post processing STAAD PRO TUTORIAL – LEVEL 2 This STAAD Pro tutorial is intended for engineers who have experience in using STAAD.Pro and want to learn some of its advanced features. In this course, participants learn to use the program for applications involving dynamic analysis, mat foundation analysis, various types of load generation, steel connection design, reinforced concrete design, etc. Users also learn to troubleshoot frequently encountered problems like instabilities and modeling errors. Finally, they get an introduction to the powerful interface called OpenSTAAD. All of these topics are Discussed through hands-on exercises in Staad pro Training. Understand the practical applications of advanced topics in structural engineering Use the software more productively Design connections using Steel Designer Use RC Designer to design reinforced concrete Load a model to analyze & display structural problems Use Time History analysis for seismic loads, machine vibration, random excitation & blast loading Staad pro training allows to learn structural engineers to create analyze virtually any types of structure
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