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Bassin M.G., Brodsky S.M., Wolkoff H. — Statics and strength of materials
Bassin M.G., Brodsky S.M., Wolkoff H. — Statics and strength of materials



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Название: Statics and strength of materials

Авторы: Bassin M.G., Brodsky S.M., Wolkoff H.

Аннотация:

This popular text provides the information students need for a non-calculus course in statics and strength of materials. Although U.S. Custromary units are still employed throughout, the text starts students thinking in metric terms by introducing SI metric units in illustrative examples and in student problems. Changes in relevant codes are incorporated to make students aware of current design procedures.


Язык: en

Рубрика: Наука/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: third edition

Год издания: 1979

Количество страниц: 447

Добавлена в каталог: 15.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Allowable stress      155
Alloy, definition      152
American Institute of Steel Construction, allowable stresses for beams      287
American Institute of Steel Construction, code for rivets, bolts and threaded parts      175 176
American Institute of Steel Construction, code for welds      188
American Institute of Steel Construction, column formulas      380
American Institute of Steel Construction, steel shapes, tables      412—424
American Institute of Steel Construction, stress in laterally unsupported beams      308
American Society for Testing Materials, tension test      146—151
American Society of Mechanical Engineers, code for bolted connections      177
American standard, channels, table      418 419
American standard, lumber and timber sizes, table      426 427
American standard, S shapes, table      416 417
American Welding Society, fillet and butt welds      187
Angle of twist in shafts      322 323
Angles, equal legs, table      420 421
Angles, unequal legs, table      422 423
Area, definition      1
Area, determination by centroid methods      217
Area, percent reduction of      153
Beams types      232 233
Beams, AISC allowable stresses      287
Beams, applied couple      255—259
Beams, assumptions and limitations      232
Beams, bending stress      269—271
Beams, bending theory      233—236
Beams, bending-moment diagram      244—249
Beams, cantilever      232
Beams, concentrated load      232—235
Beams, conditions for static equilibrium      232 407
Beams, deflection      288—306
Beams, deflection, tables, of formulas      304
Beams, design of      306
Beams, diagram relationships      249 250
Beams, horizontal and vertical shear stresses      278—287
Beams, lateral buckling      308 309
Beams, moments from shear diagram area      252—254
Beams, moving loads      259—265
Beams, neutral axis      233 234
Beams, overhanging      232 233
Beams, reactions      235 236
Beams, reactions, by lever rule      237 238
Beams, section modulus table      424 425
Beams, selection for economy      278
Beams, shear-force diagram      239—244
Beams, simply supported      232
Beams, statically determinate      232
Beams, statically indeterminate      232 389
Beams, statically indeterminate, both ends fixed      396—401
Beams, statically indeterminate, one end fixed and one end supported      389—396
Beams, uniformly distributed load      232 235 236
Beams, vertical web shear      287
Bearing stress in bolted joint      173 174
Bending moment diagram      244—249
Bending moment, equivalent, combined bending and torsion      360
Bending moment, shear-diagram area method      252—254
Bending, combined with axial stress      340—345
Bending, combined with torsion      359—363
Bolted joints on thin-walled pressure vessels      194—196
Bolted joints, AISC code      175 176
Bolted joints, ASME code      177
Bolted joints, design for maximum efficiency      182—185
Bolted joints, eccentrically loaded      352—357
Bolted joints, edge distance      175
Bolted joints, efficiency      179—182
Bolted joints, gage      175
Bolted joints, gross area      179
Bolted joints, pitch      174
Bolted joints, repeating section      174
Bolted joints, strength of      178
Bolted joints, stresses in      172—174
Bolted joints, transmission of load      170 171
Bolted joints, trial patterns      183 184
Bolted joints, types      169—170
Bolted joints, types of failure      170
Bolts in flange couplings      328 329
Bolts in torsional shear      321 322
Bolts, AISC codes for rivets, bolts and threaded parts      175 176
Bolts, direct stresses in      170—174
Brittle materials, maximum principal stress      360 361
Brittle materials, stress-strain diagram      150 151 154
Brittle materials, yield strength      154
Brittleness, definition      152
Buckling in columns      370
Center of gravity      205—217
Center of gravity by suspension      206
Center of gravity of simple solids      213—217
Centroid method for determining areas and volumes      217 218
Centroids      206—213
Centroids, of composite areas      208—213
Centroids, table for simple areas      207
Channels, table      418 419
Coefficient of friction      116
Coefficient of friction, table      120
Coefficient of thermal linear expansion      157 158
Coefficient of thermal linear expansion, table      158
Collinear forces, definition      7 404
Column action      370 371
Column formulas, metals, table      380
Column formulas, timber      386
Columns, buckling      370
Columns, categories of      375—377
Columns, end conditions      377—379
Columns, Euler's equation      376
Columns, intermediate      375
Columns, long, slender      375
Columns, parabolic formula      377
Columns, short compression members      375
Columns, straight-line formula      377
Combined stresses      339
Combined stresses, axial and bending      340—345
Combined stresses, axial and bending, distribution of      341 342
Combined stresses, bending and torsion      359—363
Combined stresses, superposition principle      339
Components of a force      26
Components of a force in three directions      96
Components of a force, rectangular      28 29 405
Composite members      161—164
Compression, axial      13
Compression, due to shear      358
Compressive stress, direct      139
Concurrence, principle of      18 405
Concurrent forces, definition      7 403
Coplanar forces, definition      7 403
Couple, applied to beam      255—259
Couple, definition      54 55
Couple, due to eccentric load      346
Curvature, radius of      289—291
Cylinders, pressure vessels, thin-walled      190—193
Deflection of beams      288—306
Deflection of beams, cantilever beam      299—303
Deflection of beams, elastic curve      289
Deflection of beams, method for determining formulas      291
Deflection of beams, moment-area method      291—296
Deflection of beams, radius of curvature      289
Deflection of beams, simply supported beam      296—299
Deflection of beams, table of formulas      304
Density, definition      2
Design equations, metal columns, table      380
Design equations, timber columns      386
Dimensional analysis      6
Direct stress      see "Stress simple"
Ductile materials, elastic limit      151
Ductile materials, maximum shear stress      360
Ductile materials, stress-strain diagram      146-151
Ductile materials, yield point      150 151
Ductility, definition      152
Ductility, percent elongation      154
Ductility, percent reduction in area      153
Eccentric loads, bolted joints      352—357
Eccentric loads, machine members      349—352
Eccentric loads, short compression members      346—348
Effective slenderness ratio      378
Elastic curve      289
Elastic curve, points of inflection      396
Elastic limit      150—154
Elasticity, definition      152
Elasticity, modulus of      152
Elongation, percent      154
Elongation, total      146
End conditions, columns      377—379
Equilibrant      17 407
Equilibrium of concurrent force systems      12 32 41 407
Equilibrium of concurrent-noncoplanar forces      98
Equilibrium of nonconcurrent-coplanar forces      63 407
Equilibrium, conditions for      49 407
Euler's equation for slender columns      376
Expansion, thermal      157 158
Extensometer      146
Factor of safety      155 156
Factor of safety, table      410
Fillet welds, table of allowable loads      189
Flange couplings      327—329
Force systems, concurrent-coplanar      9—42 404—407
Force systems, concurrent-noncoplanar      9
Force systems, nonconcurrent-coplanar      9 46—55 60—73 407
Force systems, nonconcurrent-coplanar, applications      65
Force systems, nonconcurrent-noncoplanar      9
Force systems, parallel forces      48
Force triangle      15—18 404
Force, axial      14 138
Force, components of      26
Force, definition      2
Force, direction angles      96
Force, external      7
Force, internal      7
Force, polygon      32 405
Force, Transmissibility of      7
Formulas, list of      432 433
Free body, definition      21
Free-body diagram      22
Friction, coefficient of      116
Friction, cone of      125
Friction, inclined plane      121 122
Friction, jackscrew      132 134
Friction, journal bearing      131
Friction, kinetic      118
Friction, least force      124 125
Friction, maximum static      116
Friction, table      120
Friction, wedge action      128—131
Hardness, definition      151
Inclined plane      30 31
Inclined plane, with friction      121 122
Inflection points, elastic curve      396
Jackscrew      132—134
Journal friction      131
Keys      329—331
Lateral buckling of beams      308 309
Law of Cosines      19 406
Law of Sines      19 406
Length      1
Length, original      147
Linear expansion, coefficient of      157 158
Linear expansion, table      158
Liquid column pressure      198
List of formulas      432 433
Load, axial, definition      138
Load, concentrated      232 235
Load, definition      2
Load, eccentric, bolted joints      352—357
Load, eccentric, machine members      349—352
Load, eccentric, short compression members      346—349
Load, moving      259—265
Load, transverse, definition      138
Load, uniformly distributed      52—54 232 235 236
Lumber and timber, Lumber and timber, sizes, table      426 427
Lumber and timber, properties of, table      425
Malleability, definition      151
Mass, definition      2
Materials, members of two different, in parallel      161 162
Materials, members of two different, in series      163 164
Members, eccentrically loaded, machine      349—352
Members, eccentrically loaded, of two materials      161 164
Members, eccentrically loaded, short compression      346—348
Members, eccentrically loaded, short compression, columns      375
Members, eccentrically loaded, two-force      13 14
Metals, mechanical properties, table      409
Method of joints      74—81
Method of sections      81—84
Method of shears      84
Metric units      2—4
Metric units, conversions, U.S. customary to SI units, table      430 431
Metric units, list of selected SI metric units, table      429
Metric units, prefixes      4
Modulus of elasticity      152
Modulus of rigidity      153 322
Modulus of rupture in bending      271
Modulus, section      271 320 424
Modulus, table of formulas      428
Moment of area      207
Moment of inertia      218—226
Moment of inertia of composite areas      223—226
Moment of Inertia, Polar      319
Moment of inertia, table      220 428
Moment of inertia, transfer formula      222
Moment, definition      2 46
Moment, diagram      244—249
Moment, signs for      47 245
Moment-area method for deflection formulas      291—296
Moving loads      259—265
Moving loads, position for maximum moment      260
National Forest Products Association, column formula      386
Neck-down      151 152
Neutral axis      233
Numbers, rounding off      6
Numbers, significant figures      5
Offset method for yield strength, brittle materials      154 155
Original length      147
Parabolic column formula      377
Parallelogram method, vector addition      14 404
Permanent set      150
Pitch of bolts      174
Plasticity      152
Poisson's ratio      156 157
Poisson's ratio, table      156
Polar moment of inertia      319
Polar moment of inertia, table      428
Polar section modulus      320
Polar section modulus, table      428
Power transmission, shafts      323—325
Power, definition      2
Pressure vessels, thin-walled      190—193
Pressure, definition      2
Pressure, liquid column      198
Principal stress, maximum      360
Principle of concurrence      18
Principle of superposition      339
Properties of lumber, table      425
Properties of metals, table      409
Proportional limit      150
Pythagorean Theorem      19 406
Radius of curvature      289
Radius of gyration      373
Radius of gyration, table      428
Rectangular components of a force      28 29 405
Reduction in area, percent      153
Resultant by force triangle      14 404
Resultant by parallelogram method      14 404
Resultant by summation of components      38 404
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