Page 449 - Analysis and Design of Machine Elements
P. 449
mixed-film lubrication 333 axial misalignment 366 Index 427
for rolling contact bearings 314 end float 366
for wormgear drives 253 parallel offset 366
Mixed-film lubrication 333
m Module 177, 236
Machine 3 Modulus of elasticity see Elastic modulus
Machine element design 9 Molybdenum 16
Machine elements 3 Moment of inertia 244, 406
special elements 3 Monel 17, 400
universal elements 3 Multiple thread worm 237
Machine joints 60 Multiply bolted joints 67
bolted joints 67 antiskid factor 68
brazed joints 113 force analysis 67
detachable joints 60, 91 structural design 79
permanent joints 60
riveted joints 105 n
welded joints 109 Needle bearings 295
Machinery 3 Newtonian fluids 335
Magnesium alloys 17 Newton’s law of viscous flow 335, 341
Malleable cast iron 17 laminar flow 336
Manganese 16 shearing strain rate 336
Manufacturing processes 6 Nickel 16
Martensite 20 Nickel alloys 17
Material properties 18 Nitriding 20
chemical properties 19 Nodular cast irons 17
dimensional properties 19 Nominal loads 26
mechanical properties 18 Nominal power 26
physical properties 19 Nonferrous alloys 17
processing properties 19 aluminium alloys 17
Materials selection 15 copper alloys 17
Maximum distortion energy theory 11, 31 magnesium alloys 17
Maximum shear stress theory 11, 30, 266 nickel alloys 17
Mean stress 28 titanium alloys 17
Mechanical drive 119 zinc alloys 17
Mechanical properties 18 Normalizing 20
elastic modulus 18 Normal module 243
hardness 19 Normal plane 189
Poisson’s ratio 18 Normal stress 30
shear modulus 402 Number of active coils 402
stiffness 18 Number of cycle 34
strength 18 critical number of cycle 34
Mechanism 3 Nuts 65
Miner’s rule see Linear cumulative damage
rule o
Minimum film thickness 344 Oil bath 161
Misalignments 262, 294, 366 Oil operating temperature 246
angular misalignment 366 Outlet oil temperature 347
