How to Solve Frames with Inclined Members. Step-by-Step Internal Forces Calculation.

In this video, we solve a complex frame structure featuring an inclined member, an internal hinge, and various loads (distributed load, concentrated forces, and a concentrated moment). The main challenge here is handling the slanted beam – learn exactly how to resolve forces into normal and shear components! 📘 What you will learn in this tutorial: This step-by-step guide covers the entire process of determining internal forces in a statically determinate frame. Brief overview of support reactions. Crucial Step: How to resolve vertical and horizontal forces relative to the inclined member using trigonometry (sine/cosine) . Drawing the Normal Force Diagram (NFD) Drawing the Shear Force Diagram (SFD) Drawing the Bending Moment Diagram (BMD) How to handle a concentrated moment applied to the frame structure . Checking conditions at the internal hinge. 🔢 Problem Data: Distributed load: q = 3 kN/m Concentrated force (horizontal): P1 = 8 kN Concentrated force (vertical on inclined member): P2 = 6 kN Concentrated moment: M = 4 kNm Geometry: As shown in the video diagram. 🐼 EduPanda – Student Support Group If you found this video helpful, please consider subscribing for more engineering tutorials! Check out our website for over 20 more examples of frames with inclined members! Website: www.edupanda.org/en #StructuralAnalysis #Statics #EngineeringTutorial #FrameAnalysis #InclinedMember #InternalForces #SFD #BMD #EduPandaEn