Hibbeler Mechanics of Materials Video

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Added on February 20, 2011 by gabuchiain Movies
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Hibbeler Mechanics of Materials Video (Size: 298.24 MB)
 Section1 Normal Strain.mov4.14 MB
 Section 2 Shear Strain.mov2.55 MB
 Section1 Mechanical Properties.mov4.23 MB
 Section3.4 Strain and Elongation.mov3.46 MB
 Section5 Elastic Recovery.mov2.93 MB
 Section6 Poisson's Ratio - Length and Diameter Change.mov2.17 MB
 Section6 Static Indeterminacy - Thermal Stress.mov5.28 MB
 Section2 Axial Deformation - Truss.mov5.14 MB
 Section2 Axial Deformation - Rod.mov3.91 MB
 Section4 Static Indeterminacy - Similar Triangles.mov3.66 MB
 Section4 Static Indeterminacy - Prestressed Wires.mov2.91 MB
 Section4 Static Indeterminacy - Load Location.mov2.74 MB
 Section5 Static Indeterminacy in Torsion.mov7.24 MB
 Section9 Inelastic Torsion.mov5.77 MB
 Section2 Shear Stress in Torsion.mov4.66 MB
 Section7 Allowable Stress for Thin-Walled Tubes.mov3.26 MB
 Section2 Allowable Torque.mov3.08 MB
 Section1,2 Shear and Moment of a T-Beam.mov16.98 MB
 Section5 Unsymmetric Bending.mov10.12 MB
 Section4 Flexure Formula and Resultant Force.mov7.68 MB
 Section7 Steel-Reinforced Composite Beams.mov7.54 MB
 Section9 Stress Concentrations - Bending.mov4.4 MB
 Section6 Sandwich Composite Beams.mov4.23 MB
 Section10 Elastic and Plastic Moment in Bending.mov3.98 MB
 Section1,2 Transverse Shear and Force Resultants.mov8.03 MB
 Section4 Shear Flow in a Nailed Structure.mov6.82 MB
 Section4 Shear Flow in a Box Beam.mov6.55 MB
 Section1,2 Transverse Shear and Shear Stress.mov6.12 MB
 Section5 Shear Flow in a Thin Walled Structure.mov4.07 MB
 Section3 Maximum Shear Stress in a Structure.mov2.88 MB
 Section2 Combined Loading - Multiple Forces.mov7.04 MB
 Section2 Combined Loading - Hook Geometry.mov6.71 MB
 Section2 Combined Loading - Curved Geometry.mov4.84 MB
 Section1 Pressure Vessels and Thermal Strain.mov2.9 MB
 Section4 Principal Stresses in a Dam.mov8.86 MB
 Section4 Principal Stresses - 3-D Loading.mov7.46 MB
 Section7 Absolute Maximum Shear Stress.mov5.4 MB
 Section1,2 Stress Transformations = Stress Summation.mov4.28 MB
 Section4 Principal Stresses and Max. In-Plane Shear.mov3.61 MB
 Section1,2 Stress Transformations - Transform Equations.mov2.96 MB
 Section7 Failure Theories - Factor of Safety.mov6.8 MB
 Section7 Failure Theories - Brittle Failure.mov5.05 MB
 Section7 Failure Theories - F.S. Estimates.mov4.02 MB
 Section7 Failure Theories - Ductile Failure.mov3.28 MB
 Section1,2 Beam Design - Wide-Flange Beams.mov8.74 MB
 Section1,2 Beam Design - Timber Beams.mov7.2 MB
 Section1,2 Beam Design - Prismatic Beams.mov4.79 MB
 Section5 Beam Deflection - Superpostion Method.mov4.35 MB
 Section7 Column Design - Eccentric Loading.mov4.62 MB
 Section6 Column Design - Concentric Loading.mov4.54 MB
 Section4 Maximum Stress - Secant Formula.mov3.97 MB
 Section2,3 Hollow Pipe Design for Buckling.mov3.11 MB
 Section2 Internal Forces Review 2-D.mov5.37 MB
 Section2 Internal Forces Review, 3-D.mov4.62 MB
 Section 6 Allowable Stress.mov4.04 MB
 Section 7 Factor of Safety.mov3.7 MB
 Section4.5 Average Normal and Shear Stress.mov3.52 MB
 Section3 Force Resultant Review.mov3.28 MB
 Section4 Average Normal Stress.mov2.65 MB

Description

Hibbeler Mechanics of Materials Video Solutions on it's Companion website.
Mechanics of Materials 8th ed English Units
All videos are sorted according to chapters

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Hibbeler Mechanics of Materials Video

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