كتاب Mark's Calculations For Machine Design

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Mark's Calculations For Machine Design
Thomas H. Brown, Jr., Ph.D., P.E.
Faculty Associate
Institute for Transportation Research and Education
NC State University
Raleigh, North Carolina

ويتناول الموضوعات الأتية :

Strength of Machines
Chapter Fundamental Loadings
Introduction
Axial Loading
Direct Shear
Torsion
Bending
Chapter Beams: Reactions, Shear Force and Bending Moment
Distributions, and Deflections
Introduction
Simply-Supported Beams
Concentrated Force at Midpoint
Concentrated Force at Intermediate Point
Concentrated Couple
Uniform Load
Triangular Load
Twin Concentrated Forces
Single Overhang: Concentrated Force at Free End
Single Overhang: Uniform Load
Double Overhang: Concentrated Forces at Free Ends
Double Overhang: Uniform Load
Cantilevered Beams
Concentrated Force at Free End
Concentrated Force at Intermediate Point
Concentrated Couple
Uniform Load
Triangular Load
Chapter Advanced Loadings
Introduction
Pressure Loadings
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Thin-Walled Vessels
Thick-Walled Cylinders
Press or Shrink Fits
Contact Loading
Spheres in Contact
Cylinders in Contact
Rotational Loading
Chapter Combined Loadings
Introduction
Axial and Torsion
Axial and Bending
Axial and Thermal
Torsion and Bending
Axial and Pressure
Torsion and Pressure
Bending and Pressure
Chapter Principal Stresses and Mohr’s Circle
Introduction
Principal Stresses
Mohr’s Circle
Chapter Static Design and Column Buckling
Static Design
Static Design for Ductile Materials
Static Design for Brittle Materials
Stress-Concentration Factors
Column Buckling
Euler Formula
Parabolic Formula
Secant Formula
Short Columns
Chapter Fatigue and Dynamic Design
Introduction
Reversed Loading
Marin Equation
Fluctuating Loading
Combined Loading
Part Application to Machines
Chapter Machine Assembly
Introduction
Bolted Connections
CONTENTS ix
The Fastener Assembly
The Members
Bolt Strength and Preload
The External Load
Static Loading
Fatigue Loading
Welded Connections
Axial and Transverse Loading
Torsional Loading
Bending Loading
Fillet Welds Treated as Lines
Fatigue Loading
Chapter Machine Energy
Introduction
Helical Springs
Loads, Stresses, and Deflection
Spring Rate
Work and Energy
Series and Parallel Arrangements
Extension Springs
Compression Springs
Critical Frequency
Fatigue Loading
Flywheels
Inertial Energy of a Flywheel
Internal Combustion Engine Flywheels
Punch Press Flywheels
Composite Flywheels
Chapter Machine Motion
Introduction
Linkages
Classic Designs
Relative Motion
Cyclic Motion
Gear Trains
Spur Gears
Planetary Gears
Wheels and Pulleys
Rolling Wheels
Pulley Systems
Bibliography

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