{"component":{"type":17,"accent_color":14263361,"components":[{"type":10,"content":"-# WikiRNG · Roll of 10/24/2026 · by [boxcar13](https://wikirng.com/u/boxcar13)"},{"type":10,"content":"## [Finite element method](https://wikirng.com/roll/ap0EUk1YTm)\n*Numerical method for solving physical or engineering problems*"},{"type":10,"content":">>> Finite element method (FEM) is a popular method for numerically solving differential equations arising in engineering and mathematical modeling. Typical problem areas of interest include the traditional fields of structural analysis, heat transfer, fluid…"},{"type":14,"divider":true,"spacing":1},{"type":10,"content":"### 🟧 Fabled · 322,222 SP\n-# Top 3.3% · ❤️ 12"},{"type":10,"content":"*(FEM) fluid*"},{"type":14,"divider":true,"spacing":1},{"type":10,"content":"🟦 🗯️ **Heated Debate** · Obscure · +59,824 SP\n-# Talk page is 50 kB+.\n🟦 ∑ **Problem Set** · Obscure · +49,655 SP\n-# Has 20+ math formulas.\n🟦 📼 **Class of 2001** · Obscure · +42,628 SP\n-# Created in 2001, Wikipedia's first year.\n🟦 🔬 **Lab Notes** · Obscure · +21,042 SP\n-# Cites 20+ journal articles.\n🟦 🧪 **arXiv** · Obscure · +18,886 SP\n-# Links to arXiv.\n🟦 🧮 **Equation** · Obscure · +17,506 SP\n-# Has a math formula.\n-# +41 more badges"},{"type":14,"divider":true,"spacing":1},{"type":1,"components":[{"type":2,"style":5,"label":"View roll","url":"https://wikirng.com/roll/ap0EUk1YTm"},{"type":2,"style":5,"label":"Read on Wikipedia","url":"https://en.wikipedia.org/wiki/Finite_element_method"}]},{"type":10,"content":"-# Article text from Wikipedia, CC BY-SA 4.0"}]}}