How Forces acts on structure I Forces Analysis #forces#structure#bending#compression#tensileforce

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In this video, we break down the fundamental forces that act on structures, including:

🔹 Bending Force
🔹 Compressive Force
🔹 Tensile Force
🔹 Torsional Force
🔹 Shear Force

Understanding how these forces act is essential for engineers, architects, and anyone involved in construction or design. Whether you're a student, a professional, or a curious learner, this video will give you a clear and visual explanation of how structures behave under different types of loads.

📘 Definitions:
🔸 Force:
A push or pull upon an object resulting from its interaction with another object. In structures, forces cause stress, deformation, or motion.

🔸 Bending:
Occurs when a force causes a structural element to curve. It creates tension on one side and compression on the other.

🔸 Compression:
A force that squeezes or shortens a material. Think of a column holding up a roof – it’s under compression.

🔸 Tension:
A pulling force that stretches a material. For example, a rope in a tug of war is under tension.

🔸 Torsion:
A twisting force that causes rotation. Shafts in engines often experience torsional forces.

🔸 Shear:
A force that causes two connected parts of a structure to slide past one another. Shear commonly occurs in beams and bolts.

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