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Cable Structures for Architects & Engineers
Rating: 4.6 out of 5(12 ratings)
61 students

Cable Structures for Architects & Engineers

Explore the logic behind cable structures through real examples, simple concepts, and deep insights.
Created byMorteza Khorsand Nikoo
Last updated 11/2025
English
English

What you'll learn

  • Conceptual Understanding of Cable Structures: Explain the principles and behavior of cable structures without complex formulas.
  • Application Analysis: Identify and analyze real-world cable structures in architecture and civil engineering.
  • Conceptual Design Skills: Develop conceptual ideas and designs for cable structures in projects
  • Informed Design Decisions: Evaluate advantages and limitations of cable structures for project selection.
  • Understanding Forces and Supports: Explain the behavior of tension, compression, and bending, and identify and select appropriate support types for different st

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Course content

1 section • 9 lectures • 3h 15m total length

  • Understanding Cable Structures: Key Concepts and Insights25:18

    Gain a clear conceptual understanding of cable structures by exploring how they carry loads, distribute forces, and achieve stability. This section introduces the fundamental ideas behind tension-based systems in a simple and visual way — no complex formulas required.

  • Understanding Sag & Thrust19:09

    Explore how sag and thrust influence the shape, stability, and overall behavior of tension structures. Understand the balance between geometry and force, and learn how these factors affect key design decisions.

  • Funicular and Polygon Curves26:54

    Learn how funicular and polygon curves represent the flow of forces within structures. Understand their geometric principles and how they help visualize equilibrium and load paths in conceptual design.

  • Types Of Suspended Cabels20:19
  • Suspended Bridges21:06
  • Cable Supported Structures - Concept Of Buckling16:27
  • Types Of Connections24:35
  • Real-World Case Studies: Iconic Cable Structures 119:50

    1. Dallas/Fort Worth International Airport

    2. Ingalls Rink (Yale University)

    3. Scotiabank Saddledome

    4. Federal Reserve Bank Building

  • Real-World Case Studies: Iconic Cable Structures 221:43

    1. Pat Center

    2. Dorton Arene

    3. Burgo Paper Mill

    4. Cilindro Municipal

    5. London Eye

Requirements

  • No prior knowledge of structural engineering is required.

Description

This course contains the use of artificial intelligence for translation and AI-generated English dubbing/lip-sync.

This course offers a conceptual and visual journey into cable structures, designed especially for architecture and civil engineering students. Rather than focusing on complex formulas or heavy mathematics, it explains the core principles of how cable and tensile systems work—through clear visuals, intuitive examples, and real-world case studies.

You will explore topics such as:

  • Fundamentals of tension, compression, and bending

  • Sag and thrust behavior in cable systems

  • Funicular and polygon curves

  • Buckling and stability in cable-supported masts

  • Real-world case studies including Dallas/Fort Worth International Airport, Ingalls Rink, Scotiabank Saddledome, and the Federal Reserve Bank Building

By the end of the course, you’ll have a deep conceptual understanding of how cable structures behave, how forces flow through them, and how these systems inspire efficient, elegant architectural design.

This course serves as a starting point for understanding and analyzing structures in a simple, intuitive way. In upcoming courses, we’ll explore other fascinating structural systems such as tensegrity, pneumatic structures, shells, trusses, and more.

This course is ideal for:

  • Architecture and civil engineering students

  • Designers and architects interested in structural logic

  • Anyone curious to understand how lightweight and tension-based structures work

No prior knowledge of structural engineering is required—just curiosity and a passion for learning.

Who this course is for:

  • This course is designed for: Architecture and civil engineering students who want a conceptual understanding of structures. Designers and architects interested in exploring structural ideas without complex formulas. Anyone curious about how forces and supports work in structures. Beginners or professionals looking to strengthen their conceptual knowledge of cable and tensile structures.

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