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1. Bonus More resources for learning Mechanical engineering and design.html
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HTML
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512 B
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1. Governing Equation - Torsion.mp4
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MP4
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30 MB
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1. Governing Equation - Torsion.srt
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SRT
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8.3 KB
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1. Importance of Strength.mp4
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MP4
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19.7 MB
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1. Importance of Strength.srt
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SRT
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5.6 KB
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1. Intro to bending.mp4
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MP4
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8.3 MB
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1. Intro to bending.srt
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2.5 KB
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1. Introduction.mp4
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MP4
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67.8 MB
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1. Introduction.srt
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4.6 KB
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1. Normal stress and strain in Multi Axial Loading.mp4
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MP4
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17.9 MB
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1. Normal stress and strain in Multi Axial Loading.srt
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SRT
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7.9 KB
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1. State of Stress.mp4
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MP4
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5.7 MB
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1. State of Stress.srt
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SRT
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2.1 KB
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1. Stress in Oblique plan of Uniaxial loaded member.mp4
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MP4
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24.2 MB
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1. Stress in Oblique plan of Uniaxial loaded member.srt
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SRT
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7.8 KB
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1. Stress vs Strain diagram - Tensile Test.mp4
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MP4
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12.1 MB
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1. Stress vs Strain diagram - Tensile Test.srt
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SRT
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3.5 KB
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1. Uncertainties.mp4
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MP4
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6 MB
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1. Uncertainties.srt
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SRT
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2.9 KB
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1.1 Discount coupons for all my Udemy courses.html
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HTML
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102.4 B
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1.1 MULTI AXIAL LOADING - RESOURCE.pdf
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PDF
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1.2 MB
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1.1 RESOURCE 1 - BENDING.pdf
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PDF
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1.5 MB
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1.1 RESOURCE 5. ONLY TORSION.pdf
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PDF
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1.1 MB
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1.2 Learning Guide for mechanical design engineers.html
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HTML
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102.4 B
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10. Analysis of Axially Loaded member- Deflection.mp4
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MP4
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6.2 MB
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10. Analysis of Axially Loaded member- Deflection.srt
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SRT
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2.7 KB
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10. Definition of Principal Stresses.mp4
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MP4
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10.7 MB
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10. Definition of Principal Stresses.srt
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SRT
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3.5 KB
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10. Introduction to Analysis of Beams.mp4
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MP4
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9.3 MB
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10. Introduction to Analysis of Beams.srt
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SRT
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3.8 KB
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10. Stress concentration in Shafts.mp4
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MP4
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13.8 MB
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10. Stress concentration in Shafts.srt
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SRT
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4.1 KB
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10. What is Normal Stress.mp4
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MP4
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9.5 MB
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10. What is Normal Stress.srt
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SRT
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4 KB
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11. Normal Strain.mp4
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MP4
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3.4 MB
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11. Normal Strain.srt
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SRT
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1.5 KB
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11. Orientation at which Principal stress occur.mp4
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MP4
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3.9 MB
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11. Orientation at which Principal stress occur.srt
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SRT
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1.6 KB
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11. Real life example of Beams.mp4
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MP4
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20 MB
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11. Real life example of Beams.srt
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SRT
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4.6 KB
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11. Stress Concentration Factor- Axial Tensile.mp4
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MP4
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26.6 MB
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11. Stress Concentration Factor- Axial Tensile.srt
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SRT
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7 KB
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12. Maximum Shear Stress.mp4
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MP4
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6.7 MB
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12. Maximum Shear Stress.srt
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SRT
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2.2 KB
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12. Shear Stress - Single Shear.mp4
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MP4
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8.2 MB
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12. Shear Stress - Single Shear.srt
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SRT
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3.2 KB
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12. Types of Loadings on Beams.mp4
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MP4
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6.7 MB
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12. Types of Loadings on Beams.srt
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SRT
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3.3 KB
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13. Importance of Moment of Inertia.mp4
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MP4
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10.2 MB
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13. Importance of Moment of Inertia.srt
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SRT
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3.7 KB
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13. Orientation at which Max Shear stress occur.mp4
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MP4
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6.1 MB
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13. Orientation at which Max Shear stress occur.srt
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SRT
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2.1 KB
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13. Shear Stress - Double Shear.mp4
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MP4
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6.8 MB
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13. Shear Stress - Double Shear.srt
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SRT
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2.8 KB
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14. Analysis of Centrally loaded Simply supported beam - Intro.mp4
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MP4
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6.9 MB
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14. Analysis of Centrally loaded Simply supported beam - Intro.srt
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SRT
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2.1 KB
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14. Examples of Application of Normal and shear.mp4
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MP4
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9.1 MB
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14. Examples of Application of Normal and shear.srt
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SRT
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3 KB
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14. Orientation of Principal stress v Max shear stress.mp4
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MP4
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7 MB
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14. Orientation of Principal stress v Max shear stress.srt
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SRT
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1.8 KB
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15. Finding Reactions.mp4
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MP4
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10.6 MB
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15. Finding Reactions.srt
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SRT
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3.6 KB
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15. What is Bearing Stress.mp4
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MP4
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12.2 MB
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15. What is Bearing Stress.srt
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SRT
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3.2 KB
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16. Shear force and Bending moment diagrams- Part 1.mp4
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MP4
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26.1 MB
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16. Shear force and Bending moment diagrams- Part 1.srt
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SRT
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7.9 KB
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17. Shear force and Bending moment diagrams- Part 2.mp4
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MP4
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12.1 MB
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17. Shear force and Bending moment diagrams- Part 2.srt
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SRT
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3.3 KB
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18. Calculating Moment of Inertia and Stress - Summary.mp4
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MP4
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7.5 MB
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18. Calculating Moment of Inertia and Stress - Summary.srt
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SRT
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4.1 KB
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19. Cantilever Beam with UDL Part 1.mp4
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MP4
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10.8 MB
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19. Cantilever Beam with UDL Part 1.srt
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SRT
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4.1 KB
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2. Analysis for Twist.mp4
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MP4
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8.5 MB
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2. Analysis for Twist.srt
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SRT
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2.3 KB
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2. Dilatation.mp4
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MP4
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8.2 MB
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2. Dilatation.srt
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SRT
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3.3 KB
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2. Generic Procedure for Analysis for Strength.mp4
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MP4
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8.9 MB
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2. Generic Procedure for Analysis for Strength.srt
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SRT
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2.5 KB
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2. Governing equation - Moment.mp4
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MP4
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15.1 MB
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2. Governing equation - Moment.srt
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SRT
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4.7 KB
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2. Plane Stress.mp4
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MP4
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11.9 MB
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2. Plane Stress.srt
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SRT
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4.6 KB
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2. Sources of Uncertainties.mp4
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MP4
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15.8 MB
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2. Sources of Uncertainties.srt
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SRT
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3.8 KB
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2. Stress vs Strain Explanation.mp4
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MP4
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27.5 MB
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2. Stress vs Strain Explanation.srt
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SRT
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6.3 KB
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2. What is Machine Design.mp4
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MP4
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13.7 MB
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2. What is Machine Design.srt
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SRT
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4 KB
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20. Cantilever Beam with UDL Part 2.mp4
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MP4
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25.4 MB
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20. Cantilever Beam with UDL Part 2.srt
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SRT
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8.7 KB
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21. Two plane Bending.mp4
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MP4
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14.4 MB
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21. Two plane Bending.srt
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SRT
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4.8 KB
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22. Stress Concentration in Beams.mp4
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MP4
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7.9 MB
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22. Stress Concentration in Beams.srt
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SRT
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2.7 KB
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3. Bending geometry- deformation and strain Part 1.mp4
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MP4
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20.4 MB
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3. Bending geometry- deformation and strain Part 1.srt
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SRT
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5.3 KB
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3. Bulk Modulus.mp4
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MP4
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7.8 MB
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3. Bulk Modulus.srt
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SRT
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3.1 KB
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3. Elastic vs Plastic Region.mp4
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MP4
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7.6 MB
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3. Elastic vs Plastic Region.srt
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SRT
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3.4 KB
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3. Factor Of Safety.mp4
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MP4
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12.8 MB
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3. Factor Of Safety.srt
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SRT
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4 KB
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3. Finding Equation for Shear Strain.mp4
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MP4
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16.2 MB
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3. Finding Equation for Shear Strain.srt
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SRT
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4.2 KB
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3. Free body Diagram.mp4
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MP4
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6.4 MB
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3. Free body Diagram.srt
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SRT
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2.2 KB
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3. Generic Engineering Design Process.mp4
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MP4
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17.3 MB
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3. Generic Engineering Design Process.srt
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SRT
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6.1 KB
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3. Thin Walled Pressure vessel.mp4
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MP4
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14 MB
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3. Thin Walled Pressure vessel.srt
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SRT
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3.8 KB
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4. Bending geometry- deformation ,strain and stress Part 2.mp4
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MP4
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11.5 MB
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4. Bending geometry- deformation ,strain and stress Part 2.srt
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SRT
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3.9 KB
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4. Finding Equation for Shear Stress.mp4
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MP4
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7.8 MB
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4. Finding Equation for Shear Stress.srt
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SRT
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3.1 KB
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4. Force and Moment Equilibrium.mp4
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MP4
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18.9 MB
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4. Force and Moment Equilibrium.srt
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SRT
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6.9 KB
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4. Hookes laws and Young Modulus.mp4
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MP4
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10.2 MB
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4. Hookes laws and Young Modulus.srt
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SRT
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3.2 KB
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4. Selection of Appropriate FOS.mp4
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MP4
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26 MB
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4. Selection of Appropriate FOS.srt
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SRT
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6.5 KB
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4. Shear Stress and Strain in Multi axial Loading.mp4
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MP4
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14.3 MB
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4. Shear Stress and Strain in Multi axial Loading.srt
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SRT
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5.2 KB
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4. Stress Transformations - Intro.mp4
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MP4
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8.4 MB
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4. Stress Transformations - Intro.srt
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SRT
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2.7 KB
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4. Two Domains of Machine Design.mp4
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MP4
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7.1 MB
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4. Two Domains of Machine Design.srt
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SRT
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2.5 KB
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5. Ductility and Brittle materials.mp4
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MP4
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11.7 MB
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5. Ductility and Brittle materials.srt
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SRT
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3.4 KB
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5. Elastic Torsion Formulae.mp4
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MP4
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7.5 MB
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5. Elastic Torsion Formulae.srt
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SRT
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2.5 KB
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5. Free Body diagram Examples.mp4
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MP4
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15.7 MB
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5. Free Body diagram Examples.srt
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SRT
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4 KB
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5. Relation between Centroid of section and Neutral axis.mp4
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MP4
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10.5 MB
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5. Relation between Centroid of section and Neutral axis.srt
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SRT
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3.5 KB
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5. Stress Transformation - Derivation.mp4
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MP4
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43.1 MB
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5. Stress Transformation - Derivation.srt
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SRT
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11.5 KB
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5. Three Paradigms of Machine or Mechanical Design.mp4
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MP4
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7.3 MB
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5. Three Paradigms of Machine or Mechanical Design.srt
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SRT
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2.6 KB
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6. Brittle materials Stress- strain plot.mp4
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MP4
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4.2 MB
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6. Brittle materials Stress- strain plot.srt
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SRT
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1.9 KB
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6. Degrees of Freedom and Joints.mp4
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MP4
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18.5 MB
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6. Degrees of Freedom and Joints.srt
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SRT
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7.8 KB
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6. Polar moment of Inertia.mp4
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MP4
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5.1 MB
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6. Polar moment of Inertia.srt
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SRT
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2.2 KB
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6. Relation between Moment and stress.mp4
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MP4
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15.4 MB
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6. Relation between Moment and stress.srt
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SRT
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5.3 KB
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6. Simplifying Normal stress and Shear stress equations.mp4
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MP4
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12.1 MB
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6. Simplifying Normal stress and Shear stress equations.srt
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SRT
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4.2 KB
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7. Angle of Twist.mp4
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MP4
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4.5 MB
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7. Angle of Twist.srt
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SRT
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1.4 KB
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7. Area Moment of Inertia.mp4
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MP4
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14 MB
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7. Area Moment of Inertia.srt
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SRT
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4.2 KB
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7. Finding y component of stress.mp4
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MP4
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10.2 MB
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7. Finding y component of stress.srt
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SRT
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3.9 KB
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7. Shear Stress in Shafts.mp4
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MP4
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4.7 MB
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7. Shear Stress in Shafts.srt
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SRT
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2.3 KB
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7. Summary of FBD and Method of statics.mp4
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MP4
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5.4 MB
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7. Summary of FBD and Method of statics.srt
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SRT
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2.5 KB
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8. Application - examples.mp4
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MP4
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11.2 MB
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8. Application - examples.srt
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SRT
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3.7 KB
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8. Simplified Form.mp4
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MP4
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14.9 MB
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8. Simplified Form.srt
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SRT
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5.7 KB
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8. The Flexural Formula and Sign convention.mp4
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MP4
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5.9 MB
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8. The Flexural Formula and Sign convention.srt
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SRT
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1.6 KB
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8. Torque - Twist diagram.mp4
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MP4
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14.6 MB
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8. Torque - Twist diagram.srt
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SRT
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4.1 KB
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8. Two Primary type of Loading.mp4
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MP4
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11.7 MB
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8. Two Primary type of Loading.srt
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SRT
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2.8 KB
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9. Curvature Relation.mp4
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MP4
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7.9 MB
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9. Curvature Relation.srt
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SRT
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2.5 KB
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9. Example of Normal and Shear Loading.mp4
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MP4
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9.8 MB
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9. Example of Normal and Shear Loading.srt
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SRT
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3.4 KB
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9. Mohrs Circle of Stress.mp4
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MP4
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11.6 MB
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9. Mohrs Circle of Stress.srt
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SRT
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4.3 KB
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9. Poissons Ratio and relation between Moduli.mp4
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MP4
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6.2 MB
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9. Poissons Ratio and relation between Moduli.srt
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SRT
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3.5 KB
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9. Solid vs Hollow shafts.mp4
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MP4
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12.3 MB
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9. Solid vs Hollow shafts.srt
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SRT
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3.8 KB
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Bonus Resources.txt
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TXT
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409.6 B
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Get Bonus Downloads Here.url
|
URL
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204.8 B
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