Structural Analysis Using ETABS Training Course

Course Overview

Learning Objectives

• Analyze the fundamental principles of structural analysis and apply them when developing ETABS analytical models during the course.
• Develop accurate two-dimensional and three-dimensional structural models representing the geometry and intended behavior of building structures.
• Evaluate material properties, structural sections, supports, diaphragms, and connectivity requirements before performing structural analysis.
• Apply appropriate gravity, wind, seismic, and other relevant loading conditions according to project requirements and the applicable design basis.
• Design organized load patterns, load cases, and load combinations suitable for structural analysis and engineering evaluation.
• Assess structural responses including reactions, axial forces, shear forces, bending moments, displacements, and story drifts.
• Analyze the behavior of structural systems under vertical and lateral loading and identify critical structural responses.
• Apply systematic model-checking procedures to identify modeling errors, connectivity problems, inappropriate restraints, and inconsistent assumptions.
• Evaluate modal and dynamic structural behavior and relate analytical results to the expected response of the building.
• Improve structural models based on analysis findings, engineering requirements, and identified performance limitations.
• Assess analytical results using engineering judgment and appropriate consistency checks before using them for design decisions.
• Develop a practical workflow for documenting, reviewing, and communicating ETABS structural analysis results at the end of the course.

Who Should Attend

Learning Outcomes

• Explain the fundamental principles of structural analysis and their application within ETABS.
• Create two-dimensional and three-dimensional analytical models for building structures using appropriate structural modeling principles.
• Define materials, structural sections, supports, diaphragms, and connectivity conditions accurately within an analytical model.
• Establish suitable load patterns, load cases, and load combinations for different structural loading conditions.
• Model and evaluate the effects of gravity, wind, and seismic loading on building structures.
• Interpret reactions, axial forces, shear forces, bending moments, displacements, and story drift results.
• Evaluate the structural behavior of beams, columns, walls, frames, diaphragms, and other major structural components.
• Review modal analysis results and understand their relationship to the dynamic behavior of building structures.
• Identify common ETABS modeling errors and determine appropriate corrective actions.
• Compare analytical results with expected structural behavior to identify unusual or potentially unreliable results.
• Use analysis results to support structural design reviews, engineering decisions, and model optimization.
• Prepare clear technical documentation summarizing the analytical model, loading assumptions, key results, engineering observations, and recommended actions.

Course Outline