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The Moulton formulae and methods : directly usable for calculations in mechanical engineering

Author: Alexander Moulton; J Grosjean; G Owen
Publisher: London : Professional Engineering Pub., 2005.
Edition/Format:   Print book : EnglishView all editions and formats
Summary:

Presents useful information for calculation within topics of mechanical interest. This book features conversion charts; statics; structures; mechanics; dynamics; vibrations; thermodynamics; fluid  Read more...

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Genre/Form: Handbooks and manuals
Tables Handbooks, manuals, etc
Handbooks, manuals, etc
Document Type: Book
All Authors / Contributors: Alexander Moulton; J Grosjean; G Owen
ISBN: 1860584772 9781860584770
OCLC Number: 57213070
Notes: In ring binder.
Description: 66 folded sheets : illustrations ; 17 x 28 cm folded to 17 x 10 cm
Contents: Introduction and How to Use this Book 1; About the Authors 1; Conversion Charts; Basic SI units, Standard SI Prefixes, Greek Alphabet, Units used by Engineers 2; Length, Area, 3; Mass, Volume, Density 4; Force, Torque/Work/Energy, Power 5; Pressure/Stress, Stiffness (Rate), Temperature 6; Velocity, Acceleration, Volumetric Flow Rate 7; Second Moment of Area, Modulus of Sections, Moment of Inertia, Volumetric Stiffness, Impedance, Impulse, Linear Momentum, Specific Fuel Consumption, Angular Velocity, Viscosity 8; Statics; Forces: Statics; Resultant, Components, Equilibrium 9; Concurrent Forces 10; Forces in Space, Position of C of G 11; Structures: Beams - Strength, Stress, Deflection, Shear Force, Bending Stress; Uniform and Stepped Beam; Point, Distributed and Offset loads 13; Intermediate Couple 14; Offset Load on a Bracket 15; Overhanging Beam 16; Deflection - Macaulay's Method 17; Tapered Beam 18; Continuous Beam 19; Portal Frames 19; Pin Jointed Frameworks - Forces in Members, Stress, Deflection; Graphical Construction Method 20; Analytical Method 21; Deflections: Virtual Work Method, Graphical/Williot's Method 22; Optimising the Triangular Frame 23; Shafts - Torsion, Strength, Stress; Torsion of Shafts 24; Combined Bending and Torsion, Torsion and Tension 24; Torsion of Thin Open Sections 25; Struts / Columns; Buckling/Euler Load 26; Stresses: Design Load Factors and Fatigue 27; Pressure Vessels 28; Circular Plates 28; Helical Springs 29; Leaf Springs 30; Spinning Discs 31; Contact Stresses 31; Flexible Cables 32; Properties Of Sections And Figures; Properties of Plane and Solid Figures 33; Properties of Regular Sections: Solid and Hollow 34; Properties of Any Shape Section: Solid and Hollow 35; Properties Of Materials; Solids: Mechanics of Materials 36; Strength of Materials: Ultimate Tensile Strength, Yield Strength, Poisson's Ratio 37; Density, Coefficient of Thermal Expansion, Thermal Conductivity, Specific Heat Capacity 38; Dynamics; Kinematics and Kinetics: Velocity and Acceleration, Rectilinear and Rotary Motion; Constant Acceleration 39; Varying Acceleration 39; Influence of Forces on Motion 39; Rotation of a Rigid Body about its C of G 39; Centre of Percussion 39; Motion up a Slope 40; Rotation about a Fixed Axis 40; Path of a Rolling Wheel 40; Linkage mechanics; Graphical Method for Velocities and Accelerations 41; Scotch Yoke, Slider-Crank, Four-Bar Linkage 42; Gyroscopic Effects 43; Ballistics; Path of a Projectile 44; Friction; Dry (Coulomb) or Sparse Lubrication 45; Screw Threads 45; Clutches 45; Belt Drive 45; Disk Brake 45; Journal Bearing (Axle Friction) Moments of Inertia 46; Gears; Strength 47; Simple Epicyclical Train (Tabular Method) 48; Vibrations; Relationship between Vibration Parameters 49; Simple Harmonic Motion (SHM) 50; Damping: Free Vibration 50; Viscous Damping, Internal (Hysteretic) Damping 50; Coulomb Damping, Velocity Square Damping 50; Forced Vibrations; Mass, Seismic and Unbalanced Excitation 51; Whirling Shafts, Critical Speed, Dunkerley's Method for Natural Frequency 52; Experimental Determination of the Moment of Inertia of a Body 52; Natural Frequencies of Standard Systems (1 DOF): Torsional Systems 53; Helical Springs 53; Flat Plates 53; Beams 53; Shafts 53; Free Vibrations of 2 Degrees of Freedom Systems: Rigid Body on Springs 54; Vibration Control: Rigid Body on Isolators 55; Mass Damper (Dynamic Absorber) 56; 2 Degrees of Freedom Systems 57; Non-Sinusoidal Forced Vibration 58; Levered System and Test Rig 59; Thermodynamics; Gas Laws, Energy Balance, Expansion of Gases 60; Heat Transfer, Conduction, Convection 60; Fluid Mechanics; Static Pressure, Buoyancy and Stability 61; Fluid in Motion: 61; Continuity, Discharge through an Orifice 61; Bernoulli's Theorem 61; Loss Coefficients in Pipe, Lift and Drag 62; Reynolds Number 62; Mathematics; Algebra and Regression 63; Trigonometry, Differential and Integral Calculus 64; Vectors 65; Determinants 66
Responsibility: Moulton, Grosjean, Owen.

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"This book will be invaluable to practicing mechanical engineers and designers..." (Engineering Designer, September 2007)

 
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