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🔍 What Really Happens Behind a Retaining Wall?

In this follow-up to our deep dive on Coulomb Earth Pressure Theory, Redi-Rock engineer Jamie Johnson takes a closer look at one key aspect: the back of a retaining wall. Using the powerful visualization tool Wall-in-a-box, we explore how different wall designs interact with soil pressure—and where theory meets real-world behavior.

#RediRock #RetainingWallEngineering #Wallinabox

From mass gravity walls to cantilever walls and modular block walls, we model failure planes, friction effects, and design assumptions to see what really happens when a wall is put to the test.

What You’ll Learn in This Video:
🧱 Classic Coulomb assumptions with mass gravity walls
🧠 How cantilever walls challenge traditional back-of-wall definitions
📏 Visualization of failure wedges and mirrored soil planes
🧩 Composite pressure diagrams in modular block wall systems
⚠️ Real-world engineering disclaimers and design considerations
Retaining wall behavior can be nuanced and often complicated–but it doesn’t have to be. Whether you're a seasoned engineer or a student just starting out, this video gives you a clear, visual look at complex soil-structure interactions—without oversimplifying the topic.

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#GeotechnicalEngineering #RetainingWalls #CoulombTheory #EarthPressure #CivilEngineering #ModularWalls #CantileverWalls #SoilMechanics #RediRock #WallDesign #DesignWithConfidence