# structural analysis
Structural analysis is the engineering discipline that predicts how a load moves through a physical structure — which members carry tension, which carry compression, and where a design will fail first. This tag gathers four simulations and two articles built around that question: Bridge Structural Analysis and Bridge Truss Analyser — Structural Forces & Deformation both let you load a truss bridge and watch forces distribute through its members, while Bridge Designer turns the same physics into a build-and-test challenge. A beam deflection simulator rounds out the mechanics side by showing how a loaded beam bends under stress. The two articles, Finite Element Method Explained and Finite Element Method (FEM) Explained Simply, walk through the numerical technique — breaking a structure into small elements — that powers real-world structural analysis software.
Found: 4 simulations · 2 articles
🧪 Simulations (4)
📖 Articles (2)
📊 Facts
How many structural analysis resources are here?
4 simulations plus 2 explainer articles on the Finite Element Method (FEM), the numerical technique behind most modern structural analysis.
Why are there two bridge-truss simulations?
Bridge Structural Analysis and Bridge Truss Analyser — Structural Forces & Deformation both compute member forces in a truss bridge; Bridge Designer adds a build-your-own-bridge challenge on top.
Is there anything on beam bending specifically?
Yes — a dedicated beam deflection simulator shows how a loaded beam bends under stress.
What do the two FEM articles cover?
Finite Element Method Explained and Finite Element Method (FEM) Explained Simply both introduce how breaking a structure into small elements lets software solve for stress and deformation numerically.
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