This 3D Structural Analysis and Design of Structural Steel Buildings training course is essential for civil engineers working in sectors such as Oil & Gas, power plants, water treatment facilities, and residential construction. Participants will deepen their understanding of structural engineering, focusing on structural analysis principles, material behavior under loading, material selection, and steel structure design fundamentals.
The Energy training course will include practical examples of real-world structures to help participants understand how to use StaadPro for various types of buildings. It will cover methods for editing data in StaadPro, ranging from basic two-dimensional beams and frames to complex three-dimensional multi-story frames and specialized systems like space frames. The instructor will start from foundational concepts to ensure full engagement and understanding from all participants.
Key topics covered in this 3D Structural Analysis and Design for Structural Steel Building training course include:
- 3D modeling for various structural types
- Structural analysis using StaadPro software
- Applying loads and load combinations in accordance with IBC, UBC, and ASCE standards
- Understanding StaadPro post-processing results
- Steel design according to AISC (ASD / LRFD) standards
- Generating a Bill of Quantities (BOQ) from StaadPro software
- Grasp the behavior of structural components when subjected to loads
- Learn to apply design loads in accordance with American standards
- Analyze the deformation of structural members under various loads
- Understand the role of material properties in the design process
- Perform basic design tasks for steel structures
- Conduct quantity surveying for steel structures
This Energy Civil & Construction Engineering training course will utilize a variety of proven adult learning techniques to ensure maximum understanding, comprehension and retention of the information presented. Relevant examples and case studies are provided to illustrate the application of each of the topics covered.
- Familiarize with relevant codes of practice and standards
- Learn the proper techniques for creating analytical three-dimensional models
- Calculate and apply loading and load combinations to analytical models
- Analyze and interpret post-processing results
- Conduct cost-effective design calculations
- Manage and implement design changes efficiently
Participants will gain knowledge on:
- Designing optimal geometry for industry-specific applications
- Understanding different types of structural systems
- Applying gravity, wind, and seismic loads to structures in accordance with industry codes
- Utilizing various analysis methods and their practical applications
- Designing structures using allowable stress design (ASD) and load-resistance factor design (LRFD) methods
- Preparing accurate bills of quantities for the designed structures
Civil engineers with interest in learning about structural design. As backgrounds may vary the instructor will start from the basics and work his way towards more details and to practical applications.
This Energy training course is suitable to a wide range of professionals but will greatly benefit:
- Design Structural Engineers
- Civil Engineers working in Oil & Gas field
- Civil Engineers working in Power plants & Energy field
- Civil Engineers working in Water / Wastewater treatment plants
- Steel Fabricators
- Construction Engineers
Day One: Introduction to Structural Engineering Principles
- Introduction to Finite Element Method
- Presentation of Some Available Multi-purpose Finite Element Computer Packages Used in Design Market
- Introduction to StaadPro, V8i
- Different Methods of Analysis
- Structural Layout
- Sectional Properties
- Deflection & Deformation
- Determination of Stress Functions (direct, bending & shear stresses)
Day Two: Structural Analysis
- Creating a New File with StaadPro, V8i
- Recognizing StaadPro, V8i, Screen (Menu bar, tool bar, title bar, modes, etc.)
- Dealing with an Existing File
- Geometry
- Understanding StaadPro. V8i Way
- Defining Nodes, Beams, and Plates
- Arrangement of Input File
- Using Structure Wizard to Create Geometry
- Using Drafting to Create Geometry
- Using Copy / Cut with Paste to Create Geometry
- Using Spreadsheet to Create Geometry
- Using ACAD 3D DXF Importing to Create Geometry
Day Three: Design Philosophies
- Analysis of Two-dimensional Continuous Beams
- Loads Affecting Beam Elements
- Examples
- Analysis of Two-dimensional Frames and Trusses
- Loads Affecting Frames
- Working Stress Design
- Limit State Design
Day Four: Post-Processing
- Analysis of Three-dimensional Frames and Trusses
- Loads Affecting Frames and Trusses
- Analysis of Plate Elements (slabs, flat slabs)
- Loads Affecting Plate Elements
- Wind and Seismic Loading Calculations using IBC-03 and ASCE7-02
- Staad Manual Assigning Loads
- Slab, Wind and Moving loads Staad Tutorial Automatic Load Generations Structural Analysis Creating Load
Day Five: Design Procedure of Steel Structures & Exporting BOQs
- Materials & Properties
- Design of Beams
- Design of Columns & Struts
- Design of Tension Members
- Design of Trusses
- Design of Built-up Sections
- Limit State Design
- Post Processing and Reading Results
- Design of Steel and Concrete Sections - issuing complete calculation sheet and MTO