Page 463 - Marks Calculation for Machine Design

P1: Sanjay
January 4, 2005
Brown-Index
Brown.cls
direct shear, 12
hoop, 129, 191 15:45 INDEX Thick-walled cylinders, 130 445
Thin rotating disks, 148
mean, 285 Thin-walled:
normal, in spheres, 128 tubes, 22
principal, 190 vessels, 128
radial, 131–132, 148 cylindrical, 129
shear, 16, 22, 27 spherical, 128
tangential, 131, 148 Thread length, 323–324
thermal, 10 Torque as a function of:
triaxial, 230 angular velocity, 395
Stress-concentration factors, 258, 283, rotation angle, 392
304 Torque wrench method for bolt preload,
Stress elements: 332
biaxial, 148, 219, 223 Torsion, 16, 156, 167, 175
maximum, 195 Torsional loading:
plane, 153, 205 fluctuating, 304–305
pure shear, 156, 157, 219, 227 welded connections, 352–354
uniaxial, 155, 219 Transformation equations, 190
Stress-strain diagrams: Transverse joint, 351, 352
axial loading: Triangular loading, 60, 120
brittle materials, 7 Triaxial stress, 230
ductile materials, 6 Turn-of-the-nut method for bolt preload,
high-strength bolt or capscrew, 332 332
shear loading: Two-stroke engine, 392
brittle materials, 14
ductile materials, 14 Ultimate strength, 6, 14
Supports: Uniaxial stress element, 155
cantilever, 33–34 Uniform loading, 55, 79, 92, 115
pin, 34
roller, 34 Velocity analysis, 412–415
Surface finish factor for Marin equation, 280 Vessels:
Synchronous angular velocity, 395 thin-walled:
cylinders, 129
Tangential stress, 130, 148 spheres, 128
Tee joint, 351
Temperature factor in Marin equation, 282 Wahl factor, 370
Tensile-stress area, 324, 331 Welded connections, 348
Thermal: Wheels and pulleys, 431
loading, 164 Work and energy, 375–376
strain, 10
stress, 10 Yield point, 6, 14