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Load Distribution: Where Will It Break?

See invisible stress as heat maps reveal where your bridge will fail first—and how smart design spreads forces to prevent catastrophic collapse

Part of Build A Bridge That Holds 100 Coins

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Load Takes the Path of Least Resistance

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Load Takes the Path of Least Resistance

When you put weight on a bridge, the force doesn't spread magically—it follows the structure.

Load distribution = how forces spread through a structure from the point of application to the supports.

Key concepts:

  • Concentrated loads = dangerous (all force in one tiny spot)
  • Distributed loads = safer (force spreads across larger area)
  • Load follows structure (beams, cables, supports)

Think of it like water flowing: Water takes the easiest path downhill. Forces take the path of least resistance through the structure.

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Quiz: 3 Questions

Test your understanding with this quiz.

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Two bridges carry the same total weight. Bridge A concentrates all weight on one beam. Bridge B distributes weight across 10 beams. Which is stronger?

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Analyze Load Distribution

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Analyze Load Distribution

Understanding where stress concentrates helps you predict failures before they happen—and design better structures from the start.

Think about: Where do forces enter? Where do they exit? What path do they take? Where might stress concentrate?