Handbook of Technical Formulas

Handbook of Technical Formulas

Publisher: Hanser Gardner
ISBN: 9781569902486
Author: Karl-Friedrich Fischer
Dispatch Time: 2 - 3 Days
Format: Hard Cover
Number of Pages: 574
Year of Published: 1999
Our Price: $49.95
With nearly 600 pages and over 850 illustrations, this reference provides fast, accurate information for solving technical problems in a variety of engineering disciplines. More than any other book available on the subject, this book covers the entire engineering spectrum, providing complete and reliable answers to both practical and theoretical problems.
 
Chapter 1 : Properties and Units
Mathematics
Basic mathematics
Functions
Equations
Geometry
Analytic geometry
Differential calculus for functions of a single variable
Different calculus for functions of multiple variables
Error analysis
Integral calculus for functions of a single variable
Infinite series
Common differential equations
Probability and statistics

Chapter 2 : Computer Science
Coding theory
Numeric representation
Boolean algebra
Basic digital circuits
Switching technology
Memory
Microcomputers
ASIC

Chapter 3 : Physics
kinematics
Dynamics
Oscillations and waves
Sound waves/acoustics
Mechanics of loquids and gases
Optics
Nuclear physics
Radioactivity
Physical constants

Chapter 4 : Applied Mechanics
Statics
Stress analysis
kinematics
Kinetics
 
Chapter 5 : Materials Science
Fundamental concepts
Heat treatment
Materials testing
Quality management

Chapter 6 : Applied Thermodynamics
Conversions and characteristic values
Thermal characteristics of ideal and perfect gases
Second law of thermodynamics
State chages of perfect and ideal gases
State description in the two-phase (gas-liquid)region
Thermodynamic processes
Cycles
Mixtures of ideal gases
Moist air

Chapter 7 : Thermal Engineering
Steady-state heat conduction
Heat convection
Heat transmission
Fin calculations
Heat exchangers
Heat radition

Chapter 8 : Fluid Mechanics
Physical characteristics of fluids
Fluid statics
Fluid dynamics of inviscid flow
Theorem of vector momentum
Viscous flow within a tube
Flow flow resistance of an obstructing boby

Chapter 9 : Electrical Engineering/Electronics
Electrostatic field
Direct current field
Magnetostatic field (permanent magnets)
Magnetic fields of constant currents
Quasi-stationary electromagnetic field
Transient electromagnetic field
Electronics
Electrical machines
Power elctronics

Chapter 10 : Process Control Engineering
Fundamental concepts
Mathematical description of comtrol loop elements
Control devices
Damping
Stability
Control system quality
Controller tuning criteria
Cascade control and an -off controllers
Transducers for controller output and measured values
Sampled -data control
Poles, zeros, and stability in sampled -data control
System identification
Adaptive control

Chapter 11 : Machine Components
Margins of safety and design stresses
Screwed joints
Bolts and pin connections
Shaft-hub connections
Welded joints in machinery construction
Springs
Axels and shafts
Radial journal bearings
Roller bearings
Lead screws
V-belt drives
Cogged belt drives
Roller chain drives
Clutches
Spur gear drives
Straight bevel gear drives
 
Chapter 12 : Energy Technology
Steam generators
Steam turbines
Gas turbine and gas steam power plants
Hydraulic turbines
Wind turbine design
Turbocompressors (centrifugal compressors
Centrifugal pumps(turbopumps)
Internal combustion engines
Piston compressors (Displacement compressors)
Piston pumps(displacement pumps)
Refrigeration machinery and heat pumps
 
Chapter 13 : Machine Tools
Speed progressions
Multispeed transmissions
Variable-speed main drives for machine tools
Design of feed drives
 
Chapter 14 : Manufacturing technology
Forming methods
Cutting methods
 
Index

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