Formation complète Robot Structural Analysis
Why take this course?
🏗️ Formation Complète sur Robot Structural Analysis 🚀
Headline:
Guide + Dimensionnement des structures en béton et en acier selon les Eurocodes et le code Américain (ACI 318)
Course Overview:
Dive into the world of structural analysis with our comprehensive course, designed to master Robot Structural Analysis software while applying it to both concrete and steel structures in compliance with international standards. This course is a blend of theoretical learning, practical exercises, and real-world demonstrations that will equip you with the skills necessary to effectively design and analyze structures.
What You Will Learn:
📚 Guide Pratique (Partie 1):
This part of the course covers all the functionalities of Robot Structural Analysis and is structured as follows:
- Introduction to Modules
- Bar Menu Explanation
- Material Selection
- Task Preferences
- Nodes
- Definition of Bars
- Translations
- Beam Elements
- Floors
- Angle Gamma
- Characteristics and Properties
- Model View Manipulation
- Isolated Member Models
- Slab Orthotropic
- Slab Analysis Setup
- Distribution of Reinforcement in Slabs
- Foundation Walls and Bearing Walls
- 3D Model Visualization
- Removal of Columns/Beams from Walls
- Window Openings
- Change Panel Properties
- Professional Selection Tool
- Support Types
- Application of Loads
- Surface Load Application
- Linear Load on Panels
- Wind Load Application and Calculation
- Manual Wind Load Input in Robot
- Introduction to Modal Analysis
- ...and much more!
🏗️ Structural Modeling and Design (Partie 2 & 3):
The course is divided into two practical parts, where you will apply your knowledge:
-
Design and Dimensionnement of Reinforced Concrete Structures according to ACI 318 and UBC 97 for Seismic Analysis:
- Learn to model concrete structures, analyze them for seismic resistance, and dimension them in accordance with the American Concrete Institute (ACI) 318 code.
- Understand and apply the Uniform Building Code (UBC) 97 for seismic analysis.
-
Design and Dimensionnement of Steel Structures according to Eurocodes:
- Master the modeling and dimensioning of steel structures in compliance with European standards (Eurocodes).
- Gain hands-on experience with practical exercises that challenge you to apply your knowledge effectively.
Why Take This Course?
- Comprehensive Coverage: Get a thorough understanding of both Eurocodes and ACI 318 standards.
- Practical Application: Apply what you learn with real-world exercises, ensuring you can use Robot Structural Analysis in actual projects.
- Expert Instruction: Learn from Joanna Nseir, an expert instructor with extensive experience in the field of structural analysis.
- Real-World Skills: Acquire the skills to analyze and dimension structures in various conditions and scenarios.
- Flexible Learning: Access the course materials at your convenience and learn at your own pace.
Key Takeaways:
- Master the use of Robot Structural Analysis for concrete and steel structures.
- Understand and apply international standards (Eurocodes, ACI 318).
- Gain practical experience through a variety of exercises and demonstrations.
- Enhance your ability to perform structural analysis for various types of structures.
- Improve your professional skill set in structural engineering.
Enroll now and start your journey towards becoming an expert in structural analysis with Robot Structural Analysis. This course is the perfect blend of theory, practical application, and real-world challenges that will set you apart in the field of structural engineering! 🎓🚀
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