Roark's Worksheet Library - 6th Edition for PTC Mathcad Prime 4.0

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Roark's Worksheet Library - 6th Edition for PTC Mathcad Prime 4.0 is the ultimate resource for engineers to complete project after project.

€ 659.45
€ 545.00 ex. btw

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About Roark's Worksheet Library - 6th Edition for PTC Mathcad Prime 4.0

Roark's Worksheet Library - 6th Edition for PTC Mathcad Prime 4.0 is the ultimate resource for engineers to complete project after project. This worksheet library addresses topics including:

  • Column buckling and elastic stability
  • Stress, force and deflection calculations for beams
  • Combined stress formulas
  • Curved beam cross-section properties
  • Moments of inertia
  • Torsional loading
  • Beam analysis for a varying section
  • Stresses and deflection of flat plates
  • Discontinuity analysis results at the junction of shells and plates
  • Natural frequencies of plates
  • Bending and membrane stresses of thinwalled pressure vessels
  • Radial displacements
  • Buckling of shells.

Table of Contents

  • Chapter 1: Definitions

  • Chapter 5: Properties of a Plane Area
  • Table 1 Properties of Sections
  • Chapter 6: Tension, Compression, Shear and Combined Stress
    • Table 2 Formulas for Combined Stress
    • Example Problems
  • Chapter 7: Beams; Flexure of Straight Bars
  • Table 3 Shear, Moment, Slope, and Deflection Formulas for Elastic Straight Beams
  • Table 4 Reaction and Deflection Formulas for Inplane Loading of Elastic Frames
  • Table 7 Shear, Moment, Slope and Deflection Formulas for Finite-length Beams on Elastic Foundations
  • Table 8 Shear, Moment, Slope and Deflection Formulas for Semi-infinite Beams on Elastic Foundations
  • Table 10 Shear, Moment, Slope and Deflection Formulas for Beams under Simultaneous Axial Compression and Transverse Loading
  • Table 11 Shear, Moment, Slope and Deflection Formulas for Beams under Simultaneous Axial Tension and Transverse Loading
  • Table 12 Beams Restrained Against Horizontal Displacement at the Ends
  • Table 13 Reaction and Deflection Coefficients for Tapered Beams
  • Table 14 Position of Flexural Center Q for Different Sections
  • Table 15 Collapse Loads with Plastic Hinge Locations for Straight Beams
  • Example Problems
  • Chapter 8: Curved Beams
  • Table 16 Formulas for Curved Beams Subjected to Bending in the Plane of the Curve
  • Table 17 Formulas for Tangential and Radial Forces, Moment and Stress in Circular Rings Subject to Bending in the Plane of the Curve
  • Table 18 Reaction and Deformation Formulas for Circular Arches
  • Table 19 Formulas for Curved Beams of Compact Cross Section Loaded Normal to the Plane of Curvature
  • Example Problems
  • Chapter 9: Torsion
  • Table 20 Formulas for Torsional Deformation and Stress
  • Table 21 and Table 22 Formulas for Torsional Properties and Stresses in Thin-walled Open Cross Sections and Formulas for the Elastic Deformations of Uniform Thin-walled Open Members under Torsional Loading
  • Example Problems
  • Chapter 10: Flat Plates
  • Table 24 Formulas for Flat Circular Plates of Constant Thickness
  • Table 24a Formulas for Maximum Deflection and Maximum Stress for Flat Circular Plates of Constant Thickness with Large Deflection
  • Table 26 Formulas for Maximum Deflection and Maximum Stress in Flat Plates with Straight Boundaries and Constant Thickness
  • Table 26a Formulas for Flat Rectangular Plates with Constant Thickness under Uniform Load Producing Large Deflection
  • Example Problems
  • Chapter 11: Columns and Other Compression Members
  • Table 27 Formulas for Short Prisms Loaded Eccentrically; Stress Reversal Impossible
  • Example Problems
  • Chapter 12: Shells of Revolution; Pressure Vessels; Pipes
  • Table 28 Formulas for Membrane Stresses and Deformations in Thin-walled Pressure Vessels
  • Table 29 Shear, Moment, Slope and Deflection Formulas for Long and Short Thinwalled Cylindrical Shells under Axisymmetric Loading
  • Table 30 Formulas for Bending and Membrane Stresses and Deformations in Thinwalled Pressure Vessels
  • Table 31 Formulas for Discontinuity Stresses and Deformations at the Junctions of Shells and Plates
  • Table 32 Formulas for Thick-walled Vessels under Internal and External Loading
  • Example Problems
  • Chapter 13: Bodies under Direct Bearing and Shear Stress
  • Table 33 Formulas for Stress and Strain Due to Pressure on or Between Elastic Bodies
  • Example Problems
  • Chapter 14: Elastic Stability
  • Table 34 Formulas for Elastic Stability of Bars, Rings and Beams
  • Table 35 Formulas for Elastic Stability of Plates and Shells
  • Example Problem
  • Chapter 15: Dynamic and Temperature Stresses
  • Table 36 Natural Frequencies of Vibration for Continuous Members
  • Example Problems
  • Appendices: Table 37Factors of Stress Concentration for Elastic Stress
  • Table of Physical Properties for Selected Materials

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