ETABS and SAFE Training for Structural Analysis and Design
Professional Engineering Programs
Overview
This comprehensive course is designed to deliver expert training in ETABS and SAFE, two of the most powerful tools used in structural engineering for building analysis and design. Targeting structural engineers, architects, and design professionals, the course focuses on the application of these software programs in the analysis, design, and detailing of building structures. From basic concepts to advanced techniques, the curriculum is structured to provide a deep understanding of structural behavior, design principles, and the practical use of ETABS and SAFE in professional projects.
What You’ll Learn
- Mastery in structural modeling, analysis, and design using ETABS and SAFE
- Proficiency in the design of various structural components like slabs, foundations, and framing systems
- Skills in conducting advanced structural analyses for complex building structures
- Ability to produce comprehensive reports and documentation for structural design projects
Chapters
Introduction to ETABS and SAFE
Interface overview, Basic operations, Software capabilities, Structural modeling fundamentals, Integration of ETABS and SAFE
Modeling Techniques in ETABS
Building geometry, Frame and shell elements, Load application, Dynamic analysis modeling, Model validation
Design and Analysis in ETABS
Gravity and lateral load analysis, Seismic and wind analysis, Concrete and steel design, Response spectrum methods, Result interpretation
Foundation Design and Analysis in SAFE
Foundation modeling, Load transfer mechanisms, Soil-structure interaction, Mat foundations, Pile cap design
Slab Design and Detailing in SAFE
Slab modeling, Reinforcement detailing, Post-tensioning, Deflection checks, Punching shear analysis
Advanced Analysis Techniques
Non-linear analysis, Buckling analysis, Time history analysis, Performance-based design, Advanced seismic techniques
Interoperability between ETABS and SAFE
Data exchange, Model consistency, Workflow optimization, Integrated project approach, BIM integration
Reporting and Documentation
Report generation, Customized outputs, Structural drawings, Detailing reports, Documentation standards
Practical Applications and Case Studies
Real-world project examples, Advanced building systems, Retrofitting and rehabilitation, Complex structural solutions, Case study analysis
Project
Final Assignment for Course Certificate
Course Features
- State-of-the-art Facility
- Resource Material and Regular Assessments
- Applied Learning Opportunity
- Collaboration with Industry Professionals
Online Zoom Classes
Onsite Lessons
Details
Beginner- Intermediate
6 Weeks
Updated: 10/02/2024
Who is this for?
Structural Engineers
Architects
Design and Analysis Professionals
Students and Academics in Civil and Structural engineering disciplines
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