http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (xi, 266 pages) : illustrations
Engineering Science, Second Edition provides a comprehensive discussion of the fundamental concepts in engineering. The book is comprised of 16 chapters that provide the theories and applications of different engineering concepts. The coverage of the text includes statics (equilibrium and structures), dynamics (motions and vibrations), and energy and thermal systems. The book also discusses electrical circuits, including direct and alternating current circuits, and electric and magnetic fields, including electromagnetism. The text will be useful to students of the various branches of engineeri.
Front Cover; Engineering Science; Copyright Page; Table of Contents; Preface; Chapter 1. Systems; Introduction to systems; Subsystems; Measurement systems; Control systems; Models; Problems; Chapter 2. Measurement; Calibration; Units; Sources of error; Random and systematic errors; Handling errors; Problems; Chapter 3. Measurement systems; Comparators; Measurement of strain; Measurement of stress; Measurement of force; Pressure measurement systems; Measurement of fluid flow; Measurement of temperature; Measurement of current and voltage; Measurement of resistance; Cathode ray oscilloscope.
CountersProblems; Chapter 4. Statics; Scalar and vector quantities; Force; Compression, tension and shear forces; Internal and external forces; Forces in equilibrium; Free-body diagram; Resultant of a system of forces; Resolving forces; Moment of a force; Couples; Centre of gravity; Centroid; Static equilibrium of coplanar, non-concurrent forces; Compound bars; Problems; Chapter 5. Structures; Structures and loads; Plane trusses; Conventions used; Analysing trusses; Redundancy; Problems; Chapter 6. Stress and strain; Stress; Strain; The tensile test; Factor of safety; Poisson's ratio.
Shear stress and strainShear modulus; Temperature stresses; Composite bars; Composite bars and temperature stresses; Strain energy; Problems; Chapter 7. Beams; Beams; Bending moment; Shear force; Bending moment and shear force diagrams; Relationship between load, shear force and bending moment; Bending stresses; Position of the neutral axis; The general bending formula; Second moment of area; Section modulus; Problems; Chapter 8. Twisting shafts; Torsion; Torsional stress; Polar second moment of area; Polar modulus of section; Transmission of power; Problems; Chapter 9. Linear motion.
Basic termsEquations of motion; Velocity and acceleration as vectors; Motion under the action of gravity; Graphs of motion; Relative velocity; Newton's laws; Conservation of momentum; Friction; Problems; Chapter 10. Angular motion; Tterms; Equations of motion; Relationship between linear and angular motion; Torque and angular acceleration; Moment of inertia; Parallel axis theorem; Angular momentum; Centripetal force; Cornering and overturning; Balancing of rotating masses; Problems; Chapter 11. Vibrations; Periodic motion; Simple harmonic motion equations; Mass on a vertical spring.
The simple pendulumResonance; Problems; Chapter 12. Energy; Work; Displacement work; Work done by a torque; Power; Mechanical energy; Conservation of mechanical energy; Machines; Heat; Conservation of energy; Enthalpy; Gases; Limitations of the gas laws; Specific quantities; Problems; Chapter 13. Fluids; Fluids at rest; Archimedes' principle; Fluid flow terms; The steady flow energy equation; The equation of continuity; Bernoulli's equation; Modifications to the Bernoulli equation; Non-flow; Problems; Chapter 14. DC circuits; Basic terms; Resistors; Resistors in series and parallel.