Robot Structural Analysis (Steel Structure)

🎉 Master Robot Structural Analysis for Steel Structures! 🏭

Course Title: Robot Steel Structure Modeling, Analysis, and Design - Advanced Course with All Structural Steel Elements

Headline: Dive Deep into Steel Structure Modeling & Analysis with Autodesk Robot!

Course Description:

Welcome to the ultimate learning journey for civil engineers and structural design enthusiasts! Robot Structural Analysis (Steel Structure) is not just another software tutorial; it's a comprehensive guide that transforms your understanding of structural design, analysis, and the critical preliminary steps in every project.

🚀 What You Will Learn:

• Understanding the Design Process: We'll delve into how engineers should approach a project, the way they must conceptualize it before diving into software modeling.
• Dimensional Determination: Master the art of determining the dimensions of structural elements empirically, long before you input them into Robot for analysis.
• Modeling a Complete Steel Structure: Our focus structure will be a "Hangar" steel structure, including all types of steel structural elements.

🛠️ Key Elements Covered in the Course:

• Rafters & Columns
• Trusses & Chords (Top & Bottom)
• Internal elements and Rail Sides
• Beams and Wind Columns & Wind Beams
• Bracing systems
• Beam and Column Connections
• Purlins and Cladding

Essential Skills for Success:

• Section Selection Mastery: Learn how to select the optimal section for each type of structural element used in the Hangar project.
• Modeling the Cladding: Gain hands-on experience in modeling the cladding for the entire structure, ensuring a complete design.
• Design by Code: Understand and apply the principles of the American Code AISC when designing the Hangar structure.
• Lateral Load Design: Learn how to design a steel structure capable of withstanding lateral loads, such as wind forces.

Deep Dive into Steel Sections:

• Explore the properties and applications of various standard steel sections:

  • I Section (HP, M, S, W)
  • C-Shape
  • Angle Sections
  • Pipes

• Discover how to model these sections in Robot, define their properties, and design structures using them.

• Learn to check the capacity of these sections for compliance with design requirements.

Course Highlights:

• Design Considerations: This course will provide you with all the design considerations necessary for a proper steel structure design according to AISC code.
• Material Availability & Specification: You'll gain insight into material availability and specification, ensuring that your designs are not only theoretical but also practical and constructible.

Embark on this enlightening course with confidence, equipped with the knowledge and skills to tackle any steel structure project with proficiency. Whether you're a seasoned professional or just starting out, this course will elevate your understanding of structural analysis and design with Autodesk Robot software. Enroll now and take your expertise in structural engineering to the next level! 🎓🚀