FATIGA en los MATERIALES 😁

Learn what FATIGUE is in MATERIALS, how to analyze it, and how to prevent it in 4 minutes! Hello, friends of science and technology! Welcome to Ingenious! In today's video, we'll talk about fatigue, the phenomenon that causes parts to fail under cyclic loads, even without exceeding the material's ultimate tensile strength. We'll see what it is, how it's studied, and some considerations for reducing its effects! Video Links 🔵 Tension and Compression ➡️   • Esfuerzos de TRACCION y COMPRESION❔😛✔   🔵 Tensile Test ➡️   • ENSAYO de TRACCIÓN 😜 ¿DÚCTIL o FRÁGIL? ¿Mó...   🔵 Shear Strength ➡️   • ¿Que es el ESFUERZO CORTANTE? ✂😀   🔵 Flexural Strength ➡️   • ESFUERZO de FLEXION PURA 😛✌ Flexion en VIGAS   🔵 Polar Moment of INERTIA ➡️   • SEGUNDO MOMENTO de INERCIA 😜 ¿Que es y Com...   I hope you find this helpful. For any questions, requests, or concerns, you can contact us at [email protected] AND THANK YOU FOR WATCHING THE VIDEO!!!! If you're interested in other engineering topics, here are some interesting links. 💙💓 LINKS to more videos!!!!!💓💙 🔸Are you familiar with HARDNESS TESTS? ➡️   • ENSAYOS de DUREZA 💪 💎 Rockwell, Brinell, V...   🔸Here's one about CREEP TESTS ➡️   • ENSAYO de FLUENCIA 😉✔🔧   🔸Do you know what the heat equation is? ➡️   • Que significa la ECUACION de CALOR 😉   Material fatigue, what is material fatigue, fatigue curve, fatigue curves, S-N fatigue curve, fatigue tests, fatigue limit, when does fatigue occur in materials, what is the fatigue curve, fatigue stress, fatigue test, fatigue tests, fatigue fracture, fatigue failure, why does a part fail due to fatigue, crack propagation, how to prevent material fatigue, Ingenious