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Unformatted text preview: 3. Chapter 8: Theory of dry friction and its applications to (a) belt friction and (b) threads. 4. Chapter 14: Determination of shear force ( ) V x and bending moment ( ) M x distribution along a elastic beam due to (a) uniform loading, (b) triangular loading , (c) concentrated force and (d) concentrated moment. Characteristics of ( ) and ( ) V x M x due to a concentrated force or a concentrated moment. 5. Chapter 15: Determinations of normal stress ( , ) x y σ and average shear stress ( , ) av x y τ on a given section of beam crosssection. Applications of related formulae. 6. Chapter 16: Deflection of neutral axis ( ) y v x = of a elastic beam due to lateral loads. Boundary/end conditions, continuity and discontinuity conditions. Formulae relating ( ), ( ), ( , ), ( , ), ( ), and . av V x M x x y x y v x E I...
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This note was uploaded on 04/11/2009 for the course MSE 104 taught by Professor Lin during the Spring '08 term at UCLA.
 Spring '08
 Lin

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