Электронная библиотека Попечительского совета механико-математического факультета Московского государственного университета   Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум    Авторизация         Поиск по указателям Hearn E.J. — Mechanics of Materials (vol. 2) An Introduction to the Mechanics of Elastic and Plastic Deformation of Solids and Structural Materials Обсудите книгу на научном форуме Нашли опечатку? Выделите ее мышкой и нажмите Ctrl+Enter Название: Mechanics of Materials (vol. 2) An Introduction to the Mechanics of Elastic and Plastic Deformation of Solids and Structural Materials Автор: Hearn E.J. Язык: Рубрика: Физика/ Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Издание: third edition Год издания: 1997 Количество страниц: 539 Добавлена в каталог: 18.10.2005 Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID Предметный указатель AC system      179 Acoustic gauge      180 Acoustoelasticity      192 Active gauge      172 176 178—179 Airy stress function      263 265 Allowable working load      73 Alternating stress amplitude      447 Annular rings      208 Area, principal moments of      4 Area, product moment of      3 Area, second moment of      3—10 Auto frettage      89 Ayrton and Perry      42 Balanced circuit      173 Banded method      313 Basquin’s law      457 Beams, curved      509 Bending, of beams      509—516 Bending, unsymmetrical      1 Birefringence      183 Body force stress      220 Boundary condition, application      316 349 Boundary stress      185 Bredt-Batho theory      147 150 Brittle lacquers      167 Buckling of struts      30 Built-up girders      52 Calibration      69 169 186 Capacitance gauge      180 Carrier frequency system      180 Cartesian stress      220 Case-hardened shafts      79 Circular plates      193 Circular polarisation      188 Clarke      168 Coffin — Manson law      457 Collapse      64 Columns      30 Combined circle (Mohr)      228 Combined diagram      229 Compatibility      261 321 Compensation      187 Conjugate diameters      13 Contact stress      382 Corkscrew Rule      12 Correspondence table      347 Crack detection      169 Crack tip plasticity      482 488 creep      169 462 Crinkling of struts      50 Cross-sensitivity      173 Crossed set-up      182 Crushing stress      37 Cyclic stress-strain      455 Cylinders, residual stresses in      87 Cylindrical components      239 Dark field      182 DC system      179 De Forrest      168 Deflections, unsymmetrical members      15 Deviatoric stress      251 Diaphragms      193 Directions cosine      223 Disc, circular, solid      119 Disc, plastic yielding of      94 Disc, rotating      117 Disc, uniform strength      125 Disc, with central hole      122 Discretisation      305 Distortion      311 Dummy gauge      172 175—176 Dye-etchant      169 Dynamic strain      171 Eccentric loading of struts      42 Eccentric loading to collapse      85 Ellipse of second moments of area      9 Ellipse, momental      11 Ellis      168 Endurance limit      423 Equilibrium      319 Equilibrium, cartesian coordinates      236 Equilibrium, cylindrical coordinates      239 Equivalent length      35 Equivalent length (of Struts)      35 Euler theory      31 Extensometers      180 Factor, load      41 65 166 Fatigue      446 Fatigue crack growth      486 489 Finite element analysis      302 Finite element mesh      308 Finite element method      300 Fixed-ended struts      33 Flexural stiffness      193 197 Foil gauge      171 173 Fracture mechanics      472 Fringe order      185—186 Fringe pattern      181—182 184—192 420 481 Fringe value      185—186 Frontal method      315 Frozen stress technique      190 Full bridge circuit      173 Gauge, acoustic      180 Gauge, electrical resistance      171—180 Gauge, factor      172 Gauge, strain      171—180 Girder, built-up      50 52 Graphical procedure, stress      228—229 Grid technique      192 Griffith’s criterion      475 Half-bridge      172—173 Hetenyi      84 Holography      192 Hydrostatic stress      249 251 Idealisation      305 Inductance gauge      180 Initial curvature      41 Interference      181 184 Isochromatic      185 Isoclinic      188 Johnson parabolic formula      36 Land’s circle of moments of area      7 Larson — Miller parameter      468 Laterally loaded struts      46 Light field      182 Load factor      41 73 Manson — Haferd parameter      469 Material fringe value      185—186 Maximum compressive stress      381 385 387 Mean stress      252 451 Membrane      152 Modulus, reduced      82 Mohr’s circle of second moments of area      6 Mohr’s strain circle      228 Mohr’s stress circle      228 Moire      192 Momental ellipse      11 13 Monochromatic light      185 Neuber’s rule      425 Notch sensitivity      424 Null balance      173 Oblique plane, stress on      224 Octahedral planes      249 Octahedral shear stress      250 Octahedral stress      249 Overspeeding      95 Parallel set-up      183 Partitioning      349 Perry-Robertson      29 39 Photoelastic coating      190 Photoelasticity reflection      190 Photoelasticity transmission      181 Piezo-resistive gauge      180 Plane polarisation      182 Plane strain      254 Plane stress      254 Plastic bending      64 Plastic deformation, discs      94 Plastic deformation, thick cylinder      87 Plastic hinge      71 Plastic limit design      71 Plastic torsion      75 79 Pneumatic gauge      180 Polariscope      182 Polariser      182 Principal axes      2 Principal second moments of area      4 Principal strain      228 Principal stress      228 247 Product second moment of area      3 Quarter-bridge      173 Quarter-wave plates      187 Radial stress      117—123 125—128 193—199 Radius of gyration      28 Rankine — Gordon theory      38 Rectangular plates      213 Reduced modulus      82 Reflection polariscope      190 Reflective coating      190 Refraction      183 Replica technique      192 Residual stresses      73 79 84 86 95—96 394 resistivity      172 Rotating cylinders      124 Rotating discs and rings      117 Rotating discs, collapse      94 Rotating hollow discs      122 Rotating uniform strength discs      125 Ruge and Simmons      171 Safety factor      41 65 166 Saint-Venant      420 Sand heap analogy      78 Second moment of area      2—10 Second moment of area, ellipse of      9 Second moment of area, principle      4 Second moment of area, product      3 Semi-conductor gauges      180 Senarment      187 Shape factor      65 Shape factor, unsymmetrical sections      67 69 Shear flow      147 Shear stress      224 Sherby — Dorn parameter      469 Skew loading      2 Slenderness ration      28 Smith — Southwell theory      42 Southwell      42 Specific resistance      172 Stern      168 Straight line formula      36 Strain circle      228 Strain gauge      171 Strain hardening      63—64 80 Strain, deviatoric      251 253 Strain, invariants      247 Strain, threshold      167 Stress concentration, effects      453 Stress intensity factor      477 Stress, body force      220 Stress, boundary      185 Stress, cartesian      220 Stress, concentration      86 Stress, concentration factor      408 Stress, concentration factor (evaluation)      413 Stress, crushing      37 Stress, deviatoric      246 251 Stress, direct      224 Stress, equations of equilibrium      236 Stress, freezing technique      190 Stress, hydrostatic      249—251 Stress, invariants      243—244 Stress, mean      252 447 451 Stress, radial      193 199 Stress, range      447 Stress, relaxation      470 Stress, separation      190 Stress, shear      224 Stress, tangential      193 199 Stress, three-dimensional      220 Stress, trajectory      189 Stress, yield      61 Stresscoat      168 Struts      28 Tangential stress      193 199 Tardy compensation      187 Temperature stresses      126 Temporary birefringence      183 Tensor notation      235 Thermal stresses      126 Thin membranes      194 Thin shells      517—518 Threshold strain      167 Timoshenko      142 144 146 212 214 Torsion of cellular sections      150 Torsion of non-circular sections      141 Torsion of open sections      143 150 Torsion of rectangular sections      142 Torsion of square closed of closed section      141 Torsion of thin-walled closed sections      147 Torsion of thin-walled stiffened sections      151 Torsion section modulus      144 Torsional rigidity      150 Toughness      473 Transformation      259 326 Transverse sensitivity      173 Triangular plane membrane element      343 Twist, angle of      141—147 149—152 Unbalanced bridge      173 Uniform strength discs      125 Unsymmetrical bending      1 Unsymmetrical, section struts      49 Validity limit (Euler)      37 Virtual work      323 Viscoelasticity      521 Voight-Kelvin      522 Warping      153 310 Webb’s approximation      44 Wheatstone bridge      172 Wilson — Stokes equation      423 Wire gauge      171 X-rays      192 Yield stress      61 Реклама        © Электронная библиотека попечительского совета мехмата МГУ, 2004-2024 | | О проекте