Dubbel Handbook Of Mechanical Engineering Volume 1

Dubbel Handbook Of Mechanical Engineering Volume 1

Contents
  • Combination And Resolution Of Concurrent Forces
  • Combination And Resolution Of Non Concurrent Forces
  • Conditions Of Equilibrium
  • Types Of Support; The ‘Free Body’
  • Support Reactions
  • Systems Of Rigid Bodies
  • Pin Jointed Frames
  • Cables And Chains
  • Centre Of Gravity
  • Friction
  • Kinematics
  • Motion Of A Particle
  • Motion Of A Rigid Body
  • Dynamics
  • Basic Concepts Of Energy, Work, Power, Efficiency
  • Particle Dynamics, Straight Line Motion Of Rigid Bodies
  • Dynamics Of Systems Of Particles
  • Dynamics Of A Rigid Body
  • Dynamics Of Relative Motion
  • Impact
  • Mechanical Vibrations
One Degree Of Freedom Systems
  • Multi Degree Of Freedom Systems (Coupled Vibrations)
  • Nonlinear Vibrations
  • S Hydrostatics
  • Hydrodynamics And Aerodynamics
  • One Dimensional Flow Of Ideal Fluids
  • One Dimensional Flow Of Viscous Newtonian Fluids
  • One Dimensional Flow Of Non Newtonian Fluids
  • Forces Due To The Flow Of Incompressible Fluids
  • Multi Dimensional Flow Of Inviscid Fluids
  • Multi Dimensional Flow Of Viscous Fluids
  • Similarity Mechanics
  • Introduction
  • Similarity Laws
  • References
  • B Strength Of Materials
  • Dubbel Handbook Of Mechanical Engineering Volume 1
  • General Fundamentals
  • Stress And Strain
  • Strength And Properties Of Materials
  • Failure Criteria, Equivalent Stresses
  • Stresses In Bars And Beams
Tension And Compression
  • Transverse Shear Stresses
  • Contact Stresses And Bearing Pressures
  • Bending
  • Torsion
  • Combined Stresses
  • Statically Indeterminate Systems
  • Theory Of Elasticity
  • General
  • Axisymmetric Stresses
  • Plane Stresses
  • Hertzian Contact S:Resses (Fonnulae Of Hertz)
  • Spheres
  • Cylinders
  • Arbitrarily Curved Surfaces
  • Plates And Shells
  • Plates
  • Discs, Plates Under In Plane Loads
  • Shells
  • Centrifugal Stresses In Rotating Components
Rotating Bars
  • Rotating Thin Rings
  • Rotating Discs
  • Stability Problems
  • Buckling Of Bars
  • Lateral Buckling Of Beams
  • Buckling Of Plates And Shells
  • Finite Element And Boundary Element Methods B
  • Finite Elements
  • Boundary Elements
  • Theory Of Plasticity
  • Introduction To Theory Of Plasticity
  • Uses
  • Appendix B: Diagrams And Tables
  • Ii References
  • C Thermodynamics
  • I Scope Of Thermodynamics Definitions
  • Systems, Boundaries Of Systems, Surroundings
  • Description Of The State Of A System Thermodynamic
  • Processes