RPSC AEN Mains SOM | Theory of Elastic Failure + Combined Bending & Twisting Numericals скачать в хорошем качестве

RPSC AEN Mains SOM | Theory of Elastic Failure + Combined Bending & Twisting Numericals

In this lecture, we cover one of the most important topics of RPSC AEN Mains – Strength of Materials (SOM): 🔹 Theory of Elastic Failure (Detailed Concept Explanation) 🔹 Combined Bending & Twisting 🔹 Design of Shaft under Combined Loading 🔹 Complete Step-by-Step Numericals This session includes: ✔ Clear explanation of all major failure theories Maximum Principal Stress Theory (Rankine) Maximum Principal Strain Theory Maximum Shear Stress Theory (Tresca) Maximum Strain Energy Theory Maximum Shear Strain Energy Theory (Von Mises) ✔ Graphical representation discussion ✔ When to use which theory (Ductile vs Brittle materials) ✔ IES level numericals explained step-by-step ✔ Diameter design problems ✔ Concept clarity for mains answer writing 🎯 This topic is extremely important for RPSC AEN Mains and can carry significant marks in SOM. If you understand this lecture completely, combined loading problems will become one of your strongest areas in the exam. 📚 Subject: Strength of Materials (SOM) 🎯 Target Exam: RPSC AEN Mains #RPSCAEN #RPSCAENMains #StrengthOfMaterials #SOM #TheoryOfElasticFailure #CombinedBending #CombinedTwisting #FailureTheories #ShaftDesign #CivilEngineering