Strength of Materials Videos

(Engr 213 from Oregon State University)

Chapter 1: Introduction and Statics Reviewhttps://youtu.be/4Cd7bRcwaxM
Chapter 1: Stresshttps://youtu.be/WmV4SG2ADrk
Chapter 1: Design Considerationshttps://youtu.be/I072LWcGAqU
Chapter 1: Stress on Inclined Planeshttps://youtu.be/FDd4puWQo8Y
Chapter 2a: Normal Strainhttps://youtu.be/Ycaero-Y4JI
Chapter 2b: Shear Strainhttps://youtu.be/I3r32ZA31UA
Chapter 2c: Thermal Strainhttps://youtu.be/0LPROHL0HZw
Chapter 3: Mechanical Propertieshttps://youtu.be/oQs-PHP2wMc
Chapter 4a: Axial Deformationhttps://youtu.be/iyc-119f4Q4
Chapter 4b: Systems of Axially Loaded Barshttps://youtu.be/KfFEYjliNGo
Chapter 4c: Indeterminate Systemshttps://youtu.be/zB1VEOozRd0
Chapter 5: Torsionhttps://youtu.be/sfgbbF2ahi0
Chapter 6: Part 1a Beam Equilibriumhttps://youtu.be/-NFBofLEhVo
Chapter 6: Part 1b Beam Equilibriumhttps://youtu.be/U2JUDQlnnaI
Chapter 6: Part 1c Beam Equilibriumhttps://youtu.be/k4PZcFGDTFs
Chapter 6: Part 1d Beam Equilibriumhttps://youtu.be/CYdluXcaTz8
Chapter 6: Part 2a Bending Normal Stresshttps://youtu.be/t0QzEgzVELs
Chapter 6: Part 2b Bending Example 2 in Excelhttps://youtu.be/oONxKmIPCwQ
Chapter 6: Part 2c Bending Example 3https://youtu.be/CUky4T3ICvo
Chapter 7a: Bending Shear Stress Basicshttps://youtu.be/I2e9WfpCF_A
Chapter 7b: Bending Shear Stress Formulahttps://youtu.be/xbT_FFxEO7o
Chapter 9a: Stress as a Tensor Quantityhttps://youtu.be/RxYmlkGwAAY
Chapter 9b: Plane Stress Transformationshttps://youtu.be/OB209UW4okU
Chapter 9c: Mohr's Circlehttps://youtu.be/0wTRglq7SCo
Chapter 12a: Beam Deflections: Double Integration Methodhttps://youtu.be/p3o-pxvtwq0
Chapter 12b: Beam Deflections: Method of Superpositionhttps://youtu.be/D5f3_BNz8TY

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