Mechanical Engineering Design



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# Topic Youtube Notes
Lec00 Syllabus Video None
Lec01 Economics, Stress/Strength, Design factor and Factory of Safety Video PDF
Lec02 Stress-Strain curve for ductile/brittle materials Video PDF
Lec03 Computing reaction forces in beams Video PDF
Lec04a Shear Force and Bending Moment Diagram, Introduction Video PDF
Lec04b Shear Force and Bending Moment Diagram, Example 1 Video See Above
Lec04c Shear Force and Bending Moment Diagram, Example 2 Video See Above
Lec05 Stress/Cartesian & Plane Stress/Strain Video PDF
Lec06a Mohrs Circle, Theory Video PDF
Lec06b Mohrs Circle, Example 1 Video See Above
Lec06c Mohrs Circle, Example 2 Video See Above
Lec07 Mohr's Circle for 3D Stress Video PDF
Lec08a Normal stresses in beams, Theory Video PDF
Lec08b Normal Stresses in a beam, 3 Examples Video See Above
Lec09a Shear Stresses in a Beam, Theory Video PDF
Lec09b Shear Stresses in a beam, Example 1  Video See Above
Lec09c Design problem with Shear and Bending stresses, Example Video See Above
Lec10a Torsion of circular shafts, Theory Video PDF
Lec10b Torsion of circular shafts, Two Examples Video See Above
Lec10c Torsion of rectangular shafts, Theory Video See Above
Lecc11a Shear stresses in thin tube, Theory Video PDF
Lec11b Shear stresses in thin tube, Problem Video See Above
Lec12a Stress Concentration, Theory Video PDF
Lec12b Stress Concentration, Problem Video See Above
Lec13a Maximum Shear Stress (MSS) Theory Video PDF
Lec13b Distortion Energy (DE) Theory Video See Above
Lec13c Problem on Max. Shear Stress (MSS) & Distortion Energy (DE) Theory Video See Above
Lec14a Ductile Mohr-Coulomb Theory Video PDF
Lec14b Ductile Mohr-Coulomb Theory, Example Video See Above
Lec15a Failure Theories Ductile Material, Problem 1 Video PDF
Lec15b Failure Theories Ductile Material, Problem 2 Video See Above
Lec16a Failure Theory Brittle Materials (Max. Normal, Coulomb-Mohr, Mod. Mohr) Video PDF
Lec16b Failure Theory Brittle Materials, Problem Video See Above
Lec17a Introduction to Fatigue Failure Video PDF
Lec17b Fatigue Failure, Theory Video See Above
Lec17c Fatigue Failure, Problem Video See Above
Lec18a Endurance limit modifying factors, Theory Video PDF
Lec18b Endurance limit modifying factors, 2 problems on Ka, Kb Video See Above
Lec18c Endurance limit modifying factors, problem on Kd temperature factor Video See Above
Lec18d Endurance limit modifying factors, problem based on all factors Video See Above
Lec19a Stress Concentration Factor in Fatigue Loading, Theory Video PDF
Lec19b Stress Concentration Factor in Fatigue Loading, Problems Video See Above
Lec20a Fluctuating Stress Diagram, Theory Video PDF
Lec20b Fluctuating Stress Diagram, Problems Video See Above
Lec21 Fatigue Failure Criterion Video PDF
Lec22a Design of Shafts, Theory Video PDF
Lec22b Design of Shafts, Problem 1 of 2 Video See Above
Lec22c Design of Shafts, Problem 2 of 2 Video See Above
Lec23 Miscellaneous Shaft Components, Setscrew and Keys Video PDF
Lec24a Roller Bearings 1 of 3 Video PDF
Lec24b Roller Bearings 2 of 3 Video See Above
Lec24c Roller Bearings 3 of 3 Video See Above
Lec25 Springs, Static Loading Video PDF
Lec26 Fatigue Loading of helical springs Video PDF
Lec27 Fasteners, Definition, Mechanics, and Stresses Video PDF
Lec28 Fastener/Bolt and Member stiffness Video PDF
Lec29 Fastener/Bolt Loading Sharing and Preload Torque Video PDF
Lec30 Fastener, Yield Factor, Load factor, Joint separation  Video PDF
Lec31 Gear Terminology Video PDF
Lec32a Contact Ratio/Interference/Gear Train Video PDF
Lec32b Gear Train Problems Video See Above
Lec32c Planetary / Epicycle Gear Trains Video See Above
Lec33a Forces in a Spur Gear Video PDF
Lec33b Forces in Bevel Gears and Helical Gears Video See Above