Fundamentals of engineering. Supplied-reference handbook :: Электронная библиотека попечительского совета мехмата МГУ

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Fundamentals of engineering. Supplied-reference handbook

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Название: Fundamentals of engineering. Supplied-reference handbook

Аннотация:

This is a copy of the only reference material allowed in the FE exam room. Review this book prior to the exam to become familiar with the charts, formulas, tables, and other reference information it provides.

Язык:

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: first edition

Год издания: 2001

Количество страниц: 171

Добавлена в каталог: 17.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Gibbs, phase rule      49 69
Gradient, divergence, and curl      7
Half life of a biologically degraded contaminant assuming first-order rate constant      122
Half-life      129
Hardenability      70
Hardness      70
Hazard index      130
Hazen — Williams equation      42 110
Head loss through clean bed      118
Heat transfer      58 63
Heat, capacity      57
Heat, engines      49
Heat, exchangers      48
Heat, transfer rate in a tubular heat exchanger      60
Heat, transfer to/from bodies immersed in a large body of flowing fluid      60
Heat-transfer coefficient      59
Heating and humidification      156
Heating load      156
Heats of reaction      89
Heats of reaction, solution, formation, and combustion      64
Helical linear springs      163
Helical torsion springs      163
Helmholtz free energy      50
Henry’s law at constant temperature      50
Highway      111
Highway, sag vertical curve criterion for driver or passenger comfort (metric)      112
Highway, spiral curve length (metric)      111
Highway, superelevation (metric)      111
Hollow, thin-walled shafts      35
Hooke’s law      34
Horizontal curve formulas      116
Horizontal velocties      120
HVAC-pure heating and cooling      155
Hydraulic gradient (grade line)      40
Hydraulic-elements graph for circular sewers      109
Hydrology      108
Hydrology, NRCS (SCS) rainfall-runoff      108
Hydrology, rational formula      108
Hyperbola      3
Ideal gas law      47
Ideal gas mixtures      49
impact      26
Impact test      70
Impeller mixer      118
Implicant      142
Important families of organic compounds      66
Impulse and momentum      25
Impulse response      135
Impulse turbine      42
Impulse-momentum principle      25 41
Incineration      127
Incomplete combustion      50
Increase of entropy principle      50
Indicated power      159
Indicated thermal efficiency      159
Induced voltage      72
Inequality of Clausius      50
Infiltration      157
Inflation      80
Influence lines      94
Instantaneous center of rotation      27
Instrumentation      76
Integral calculus      14
Interest factor tables      81—85
Intermediate- and long-length columns      164
Internal combustion engines      158
Inventory models      146
Inverse      6
Iron-iron carbide phase diagram      69
Irreversibility      51
Isentropic process      50
Isothermal, reversible process      50
Jet propulsion      42
JFETs      136 138
Job sequencing      148
Junction      160
Karnaugh map (K-Map)      142
Kelvin — Planck statement of second law      50
Kendall notation      144
Kinematics      24
kinetic energy      25 27
Kinetics      25
Kirchhoff’s laws      73
Laminar flow      60
Landfill      130
Langmuir isotherm      120
Laplace transforms      19
Laws of probability      8
Le Chatelier’s principle for chemical equilibrium      64
Learning curves      146
Least squares      145
Length: width ration      120
Lever rule      69
Licensee’s obligation to employer and clients      87
Licensee’s obligation to other licensees      87
Licensee’s obligation to society      87
Lime-soda softening      117
Line balancing      147
Line source attenuation      129
Linear programming      143
Linear projection      117
Linear regression and design of experiments      145
Liquid metals      60
Load combinations, steel      96
Load resistance factor design (LRFD), steel      96
Loading on straight spur gears      165
Log growth      117
Log mean temperature difference, concurrent flow in tubular heat exchangers      59
Log mean temperature difference, countercurrent flow in tubular heat exchangers      59
Logarithms      4
Logic gates      141
Logic operations and boolean algebra      141
Longitudinal grade design criteria for runways      113
Lossless transmission lines      134
L’Hospital’s rule (L’Hopital’s rule)      14
Mach number      43
Machine design      160
Machining formulas      148
Magnetic fields      72
Manning’s equation      42 110
Mass moment of inertia      26
Mass transfer      63 91
Mass, fraction      49
Mass, mass transfer in dilute solutions      63
Material handling      147
Material properties      36
Material removal rate formulas      148
Matrices      6
Maximum normal-stress theory      34
Maximum rate of change of gradient in percent grade per station      112
Maximum shear-stress theory      34
Maximum spacing for stirrups      95
Maxterm      142
Maxterm list      142
Mean effective pressure (mep)      159
Measurement uncertainty      76
Mechanical, efficiency      159
Mechanical, springs      163
Median      9
Mensuration of areas and volumes      16 17
Metallic elements      64
Metric stopping sight distance      111
Miller indices      68
Minimum shear reinforcement      95
Minor losses in pipe fittings, contractions, and expansions      41
Minterm      142
Minterm list      142
Miscellaneous effects factor,       161
Model Rules of Professional Conduct      86
Modified ACRS factors      80

Modified Davis equation-railroads      112
Modified Goodman theory      160
Mohr’s Circle-stress, 2D      34
Molar volume      64
Molarity, solutions      64
Mole fraction of a substance      64
Molecular diffusion      91
Moment of inertia      22
Moment, capacity, steel beams      97
Moment, capacity-concrete T-beams      95
Moment, design-concrete design      95
Moment, inertia transfer theorem      23
Moments (couples)      22
Momentum transfer      63
Momentum, heat and mass transfer analogy      63
Monod Kinetics      122
Moody (Stanton) diagram      45
MOSFETs      136 138 140
Moving Average      145
Moving blade      42
Multipath pipeline problems      42
Multiple server model (s>1)      144
Multiplication      6
Murphree plate efficiency      90
N-channel junction field effect transistors (JFET’s)      138
Natural (free) convection      61
NCEES Model Rules of Professional Conduct      86
Newton’s method of minimization      20
Newton’s method of root extraction      20
NOAEL      129
Noise pollution      129
Nomenclature      16 47
Nomenclature and definitions      79
Non-annual compounding      79
Non-metallic elements      64
Normal depth      110
Normal distribution      9
Normality of solutions      64
Nozzles, diffusers      48
NPN bipolar junction transistor (BJT)      137
NRCS (SCS) rainfall-runoff      108
Number of atoms in a cell      68
Number systems and codes      141
Numerical integration      21
Numerical methods      20
Numerical solution of ordinary differential equations      21
Octanol-water partition coefficient      130
One-dimensional flows      39
One-dimensional motion of particle      25
One-way analysis of variance (ANOVA)      145
Open thermodynamic system      48
Open-channel flow and/or pipe flow      42 109
Open-system availability      51
Operating lines      90
Operational amplifiers      74
Organic carbon partition coefficient $K_{OC}$       130
Orifice, discharge freely into atmosphere      44
Orifice, submerged      43
Orifices      43
Osmotic pressure of solutions of electrolytes      120
Otto cycle      158
Overall heat-transfer coefficient      59
Overdamped      78
Overflow rate      119
Oxidation      64
Oxidizing agent      64
P-h diagram for refrigerant HFC-134a      55
Packing factor      68
parabola      3 16
Paraboloid of revolution      17
Parallel, axis theorem      26
Parallel, resonance      75
Parallelogram      17
Partial, derivative      14
Partial, pressures      49
Partial, volumes      49
Partition coefficients      130
People requirements      147
Periodic table of elements      65
Permutations and combinations      8
PERT      148
Phase margin      77
Phase relations      49
Phasor transforms of sinusoids      74
PID controller      77
Pipe bends, enlargements, and contractions      41
Pitot tube      43
Plane circular motion      24
Plane motion of a rigid body      27
Plane truss      23
Plane truss, method of joints      23
Plane truss, method of sections      23
Planning      117
Plant location      147
Plug-flow reactor (PFR)      89
Point source attenuation      129
Polar coordinates      5
Population projection equations      117
Possible cathode reactions (reduction)      69
potential energy      25
Potential energy in gravity field      26
Power in a resistive element      73
Power law fluid      38 40
Preamble to the NCEES Model Rules of Professional Conduct      86
Press/shrink fits      164
Pressure field in a static liquid and manometry      38
Primary      68
Prime implicant      142
Principal stresses      34
Principle of conservation of work and energy      26
Prismoid      17
Probability and density functions, means and variances      149
Probability and statistics      8
Probability density functions      8
Probability distribution functions      8
Probability functions      8
Product of inertia      23
Progressions and series      7
Projectile motion      25
Properties of series      7
Properties of single-component systems      47
Properties of water      44
Psychrometric chart      49 56
Psychrometrics      49
pump      160
Pump characteristics      157
Pump power equation      41
Quadratic equation      3
Quadric surface (sphere)      4
Queueing models      144
Radiation      58 61
Radiation half-life      71
Radiation shields      62
Radius of curvature      14
Radius of gyration      23
Railroads      111
Raoult’s law for vapor-liquid equilibrium      50
Rapid mix      118
Rate of heat transfer in a tubular heat exchanger      60
Rate of transfer in terms of coefficients      63
Rate of transfer, function of gradients at the wall      63
Rate-of-return      80
Rational formula      108
RC and RL transients      74
Real and paddle      118
Recommended weight limit (U.S. Customary Units)      146
Rectangular coordinates      24
Rectifying section      90
Reducing agent      64
Reflux ratio      90

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