Shear Strain at Each Corner (A, B, C, D) | Mechanics of Materials Deformation Example

In this video, we solve a Mechanics of Materials deformation problem involving a square that deforms into a new position (shown by dashed lines). Side D′B′ remains horizontal, and we determine the shear strain (γxy) at each corner: A, B, C, and D. This Mechanics of Materials shear strain example shows how to calculate gamma xy at each corner of a deforming square relative to the x-y axes You will learn: ✔ How to calculate shear strain relative to x and y axes ✔ How to interpret angular distortion from deformation diagrams ✔ The engineering definition of shear strain (γxy) ✔ Step-by-step strain calculation from geometry ✔ How deformation affects corner angles This is a common Strength of Materials exam problem and is frequently tested in: • Mechanics of Materials • Solid Mechanics • Structural Analysis • Mechanical Engineering courses • Civil Engineering courses • FE Exam preparation If you are searching for: shear strain example problem shear strain at corners gamma xy calculation deformation analysis mechanics of materials engineering strain step by step This video walks through the complete solution clearly and efficiently. 👉 Become a member to help me create more high-quality tutorials:    / @mathphysicsengage