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| موضوع: كتاب Illustrated Sourcebook Of Mechanical Components السبت 28 أبريل 2012, 3:29 am | |
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أخواني في الله أحضرت لكم كتاب Illustrated Sourcebook Of Mechanical Components Parmley P. E. , Robert O.
و المحتوى كما يلي :
Contents Preface Introducti0n Power Transmission Section 1 Gears& Gearing Section 2 Chains, Sprockets& Ratchets Section 3 Belts& Belting Section 4 Shafts& Couplings Section 5 Clutches Connections Section 6 Seals& Packings Section 7 Tube & Pipe Connections Section 8 Bushings& Bearings Section 9 Locking& Clamping Section 10 Wire &cable 10-1 Single Components Section 11 Washers 11-1 Section 12 Retaining Rings 12-1 Section 13 O-rings 13-1 Section 14 Grommets, Spacers& Inserts 14-1section 15 Balls Section 16 Springs Section 17 Pins Section 18 Cams Section 19 Threaded Components Assemblies Section 20 Fastening& Joining Section 21 Design Hints Section 22 Mechanisms Section 23 Linkage Section 24 Fabrication Tips Section 25 Innovative Valving Section 26 Pumps Section 27 Creative Assemblies 27-1 Technical Reference Section 28 Section 29 Section 30 Design Formulas 28-1 Structural Data 29-1 Nomograms 30-1 Index NOTE: Subjects are followed by double numbers to indicate each page reference. The (first) bold-face number indicates the section: the (second) light-face number is the page number of that section. A Adhesive bonding, 20-16, 20-18, Aerial cable, 10-11 Air bends, 24-18 Air ducts seals, 6.6, 6-8 Anchors: 2 1-42 cable, 10-10 heavy machine, 20-42 timber abutment, 10-10 Angle: (See Specific) compound, 28-12 nomogram, 30-2 Arc length, 30-3 Area: intersecting circles, 28-10 Assemblies: (See Section 27) axial motion, 27-6 balance, 27-22 control-locks,27-12 diaphragms, 27-10 hanger, 27-18 liquid level, 27-16 mechanical action, 27-4 mechanical motion, 27-2, 27-21 rotary piston engine, 27-23 rotational motion, 27-6 sheetmetal, 27r20 snap-action, 27-8 B Backlash, 1-47, 1-48, 1-50 Balance: Ball bearings, 15-18, 15-20, 15-27 Ball slides, 15-12 Ball transfer unit, 15-39 Balls: (See Section 15) mechanism, 27-22 bearings, 15-14, 15-16, 15-20 miniature bearings, 15-14 multiple use, 15-8 oil, 15-18 rubber, 15-6 slides, 15-12 stress, 15-27 transfer units, 15-8, 15-39 uses, 15-2 curved, 29-7 soft, 15-4 Bars: I N D E X Bead chain, 2-8 Bearings: (See Section 8) instrument, 8-14 minature, 15-14 mounting, 15-16 preloading, 15-29 reliability, 8-23 rotary-linear, 8-24 selection, 8-17 sleeve, 8-13 Belleville springs; design, 16-55 washers, 11-12, 11-14 Bellows, 16-24, 21-36 Belting, (See Section 3) Belts: applications, 3-2 adjustment, 3-16 closed, 3-12 conveyors, 3-22 creep, 3-18 drives, 3-14, 3-22 feeders, 3-22 idlers, 3-22 open, 3-12 speed, 3-11 take-ups, 3-22 tension, 3-16 angles, 24-21 length, 28-19 press-tools, 24-22 u-shaped, 24-32 Bevel gears, 1-2, 1-14 Blind rivets, 20-44 Brackets, 21-40 Bushings: (See Section 8) hp loss, 3-11 Bends: Bolts, 19-12, 19-22, 20-8, 29-2 expandable, 8-9 flanged, 8-4 press-fit, 8-7 rubber, 8-2 C Cable: (See Section 10) aerial, 10-11 anchors, 10-10 drives, 10-8 piston rod, 10-12 Cams: (See Section 18) basic types, 18-45 curves, 18-2 cycloid, 18-41 design, 18-15, 18-18 grooved, 18-9 linking, 18-30 minimum size, 18-30 programed motion, 18-28 spherical, 18-30 Cardan-gear mechanisms, 1-32 Centrifugal clutches, 5-14 Centrifugal pumps, 26-6 Chains: (See Section 2) bead, 2-8 drives, 2-12, 2-14, 2-17 history, 2-2 hoist, 2-18, 2-19 joints, 2-10 links, 2-10 lubrication, 2-15 roller, 2-4 sprockets, 2-20, 2-23 Chordal height, 30-4 Chordal length, 30-4 Clamping: (See Section 9) aligning, 9-66 friction, 9-64 panels, 9-34, 9-36 spring, 9-68 Clevis mountings, 9-18, 20-34 Closed belts, 3-12 Clutches: (See Section 5) latches, 9-26, 9-30 centrifugal, 5-14 disk, 5-23 mechanical, 5-2, 5-18 overloading, 5-10, 5-12 over-riding, 5-4 over-running, 5-6, 5-8, 5-22 serrated, 5-20 torque capacity, 5-23 Coil springs, 16-8, 16-10, 16-38 Compound angle, 28-12 Compression springs, 16-12, 16-14 Computing mechanisms, 22-56, 22-58 Control cabinets, 21-16 Control locks, 27-12 Control mountings, 20-36 Couplings: (See Section 4) flexible, 4-44, 4-46, 4-48 high-speed, 4-58 offset shafts, 4-54 parallel, 4-52 shaft, 12-8 shift, 4-70 slip, 4-56 small diameter shaft, 4-50 Cotter pin, 17-14 Cross joints, 7-2 Cupped washer, 11-24 Cyclinders: thin-end, 29-30 thin-wall, 29-28 Cycloid cams, 18-41Damping, 4-24 Design:(See Specific) Detents, 5-20, 9-8,9-18, 16-30,21-15 Diaphragms, 27-10 Dihedral angles, 28-15 Disc clutch, 5-23 Dished washers, 11-10 Draw-die radius, 24-15 Drives: belt, 3-14, 3-22 cable, 10-8 chain, 2-12, 2-14, 2-17 light-duty, 1-56 Ducting, 6-6, 6-8 E Expandable bushings, 8-9 Epicyclic gear trains, 1-38 Escapement mechanisms, 22-70, 22-72 Extension springs, 16-16 F Fabrication: (See Section 24) Facing tools, 24-12 Fasteners: (See Specific) Feed mechanisms, 22-64 Feeders,3-22 Fire protection facility, 7-8 Flanged bushings, 8-2, 8-4 Flanged inserts, 14-13 Flat springs, 16-4,16-26, 16-28 Flat washers, 11-2, 11-4 Flow regulating valve, 25-13 Four-bar linkage, 23-26, 23-28, 23-34, Friction devices, 22-28, 22-30, 28-22 Friction springs, 16-52 Frustums: Fuel injection systems,25-15 24-45 cones, 28-18 G Gear plates, 20-14 Gear pumps, 30-20 Gears: (See Section 1) angle, 1-16 backlash, 1-47, 1-48, 1-50 bevel, 1-2, 1-14 cardan-gear mechanism, 1-32 cutters, 1-20 cycloid gear mechanism, 1-40 epicyclic gear trains, 1-38 face, 30-10 form cutters, 1-20 Geneva, 1-34 helical, 1-16 hubless, 4-36 overloading, 1-54 planetary, 1-30 sheetmetal, 2-23 speed reducers, 1-52 spur, 30-7 tooth, 30-12 Geneva drives, 1-36 Geneva gears, 1-34 Geneva wheel, 1-34 Grommets, 14-2 Grooved cams, 18-9 H Hand grips, 21-34 Handles, 9-60 Hangers, 27-18 Harmonic analysis, 23-22 Heat treating, 21-6, 21-8 Helical gears, 1-20 Helical springs, 16-40, 16-42, 16-44 Helical wire inserts, 10-4 Hinges, 9-30, 21-27, 21-30 Hoist: chain, 2-19 Honeycomb panels, 20-38 Hoppers, 2 1-44 Horsepower 26-27 Hubs: gear, 4-34 I Idlers, 3-22 Impact loading, 29-41 Indexing, 27-21 Inserts, 14-8, 14-10, 14-13 Instrument bearings, 8-14 J Joints: cross, 7-2 tee, 7-2 K K-Factor, 29-41 L Latches, 9-26 Levers, 16-18, 16-20 Linear motion,30-18 Linkage: (See Section 23) four-bar, 23-26, 23-28, 23-45 harmonic analysis, 23-22 pin-connected, 23-10 power thrust, 23-18 quick-disconnect,20-32 straight-line, 23-4, 23-6, 23-8 three-dimensional, 23-12 toggle, 23-20 transmission, 23-16 push-pull, 23-2 Links, 2-10 Liquid lever indicators, 27-14, 27-16 Locking: (See Section 9) clevis mounting, 9-18 control locks, 9-24 control mountings, 9-22 detents, 9-8, 9-18 indexing fingers, 9-4 latches, 9-26 retaining, 9-8 sheetmetal, 9-38, 9-40, 9-42, 9-44, snap fasteners, 9-12 snap-in, 9-14 tamper-proof, 9-16 threaded members, 9-2 Locks: (See Specific) wire, 10-2 Lubrication: roller chain, 2-15 9-40 9-46, 9-48, 9-50 M Machinery mechanism, 22-2 Machining, 2 1-4 Mechanical action, 27-4 Mechanical moment, 27-2 Mechanisms: (See Section 22) air cyclinders, 22-52 automatic stopping, 22-42, 22-44, 22-46, 22-48, 22-50 cardan-gear, 1-32 computing, 22-56, 22-58 cycloid gear, 1-40 die stamping, 22-62 escapement, 22-70, 22-72 feed, 22-64 friction drives, 22-30 governing speed, 22-34 hydraulic cylinders, 22-52 intermittent movement, 22-26 intermittent rotary, 22-24, 22-28 linear motion elements, 22-36 machinery, 22-2 modified Geneva drives, 1-36 motion, 22-20 paper-feed, 22-60 piston-actuated, 22-54 reverse rotation, 22-38 slider-crank, 22-11, 22-19 small, 22-74 sort, 22-64 speed control, 22-32 spring, 16-34 traversing, 22-22 typical, 22-69 weight, 22-64 Milk transfer system, 15-8 Moment of Inertia, 28-20, 30-13, Motion: 30-15, 30-16 accelerated, 30-18 linear, 30-18 Motors, 22-68 Mushroom bumpers, 14-6 N Nomograms: (See Section 30) Nonlinear springs, 16-48 Nuts, 19-220-Rings: (See Section 13) applications, 13-2,13-4 design problems, 13-8, 13-10 design recommendations, 13-14 seals, 13-14, 13-16 Oil lubrication, 15-18 Offset shafts, 4-54 Open belts, 3-12 Over-riding clutches, 5-4 Overloading, 1-54 Overrunning clutches, 5-6, 5-8, 5-22 P Packing: (See Section 6) Panel-stops, 9-34, 9-36 Paper-feed mechanisms, 22-60 Parallel shafts, 4-52 Pin-connected linkage, 23-10 Pins: (See Section 17) cotter, 17-14 doweled alternatives, 17-16, 17-18 slotted, 17-2 spiral-wrapped, 17-12 split, 17-10 spring, 17-4, 17-6, 17-8 strength, 29-38 Pipe: (See Section 7) arrangements, 7-7, 7-8 attaching, 7-2, 7-4, 7-6 Pivots, 21-32 Planetary gears, 1-22, 1-30 Plates, 20-2, 20-4 Pneumatic springs,16-47 Poppet Valve, 25-4 Power thrust linkage, 23-18 Press breaks, 24-20 Press fit bushings, 8-7 Press tools, 24-22 Pressure vessels, 29-33 Priming pumps, 26-26 Printed circuits, 21-24 Prism, 30-15 Pumps: (See Section 26) applications, 26-17 centrifugal, 26-6 classes, 26-2 gear, 30-19 horsepower to pipe liquids, 26-27, piping, 7-8 piston, 30-20 priming, 26-26 reciprocating, 26-13 rotary, 26-12 selection, 26-23 types, 26-2 26-28 Push-pull linkage, 23-2 0 Quick-disconnect linkage, 20-32 R Radii of gyration, 28-24 Reciprocating pumps, 26-13 Reloading press, 15-10 Retaining rings: (See Section 12) assembly, 12-4, 12-6 comparisons, 12-2 coupling shafts, 12-8 loaded split circular, 12-22 multiple-purpose, 12-16 versitility, 12-12 Rivits: blind, 20-44 Roller chains, 2-4 Rope: Rotary: wire, 10-7 linear bearing, 8-24 motion, 30-17 piston engine, 27-23 pumps, 26-12 Rotating disks, 30-6 Rubber balls, 15-6 Rubber grommets, 14-2 Rubber seals, 6-2 Rubber washers, 11-6 S Screws, 19-2, 19-6, 19-8, 19-17, 20- Seals: (See Section 6) air ducts, 6-6 ducting, 6-6, 6-8 non-rubber, 6-4 O-ring, 13-2, 13-16 rubber, 6-2 window, 6-10, 6-11 Sems, 11-23 Serrated washers, 11-8 Shafts: (See Section 4) bearing loads, 4-20 beams, 4-8 coupling, 4-40,4-42, 4-44, 4-46, 4-48, 4-50, 4-52, 4-56, 4-58, 4-70 damping, 4-24 deflection, 4-13 fastening, 4-29, 4-34, 4-36, 4-38 offset, 4-54 overview, 4-2 parallel, 4-52 rotation, 4-22 shift, 4-70 slider-crank mechanism, 22-1 1, small diameter, 4-50 speed, 4-17 stepped, 4-8 strength, 4-13, 4-18, 29-36 22-19 stud, 20-2 Shavingtool, 24-14 Sheetmetal: assembly, 27-10 bonding, 20-16 fastening, 9-38, 9-40, 9-42, 9-44, grip holes, 20-6 9-46, 9-48, 9-50 round, 24-16 Shift shafts, 4-70 Shock resistance, 29-37 Siphon, 25-9 Sleeve bearing, 8-13 Slip coupling, 4-56 Slotted pins, 17-2 Snap-action devices, 27-8 Snap fasteners, 9-10, 9-12, 9-14, Snap ring, 10-2 Sort mechanisms, 22-64 Spacers, 14-4 Speed reducers, 1-52 Spherical cams, 18-38 Spherical segments, 30-22 Spiral-wrapped pins, 17-12 Split pins, 17-10 Spring bands, 5-25 Spring clamps, 9-68 Spring motors, 22-68 Spring pins, 17-2, 17-4, 17-6, 17-8 Spring-steel fasteners, 20-22, 20-24 Springs: (See Section 16) back control, 24-30 Belleville, 16-55 buffers, 16-52 4 coil, 16-8, 16-10, 16-38 compression, 16-12, 16-14 deflection, 16-36 detents, 16-30 extension, 16-16 flat, 16-4,16-26, 16-28 helical wire, 16-40, 16-42, 16-45 lever returns, 16-18, 16-20 mechanisms, 16-34 nonlinear, 16-48 pneumatic, 16-47 testing, 16-32 uses, 16-2,16-58 variable rate, 16-22 Sprockets, 2-20, 2-23 Straight-line linkage, 23-6, 23-8 Straight-line motion, 23-4 Stress: (See Specific) Structural: 20-27, 20-28 combined stress, 29-37 corrugated stiffness, 29-26 equal, 29-38 impact loading, 29-43 preloaded bolts, 29-2 pressure vessels, 29-31 residual stress, 29-22 shock, 29-39 stresses around holes, 29-12 stresses in bars, 29-7 thick-end cylinders, 29-30 thin-wall cyclinders, 29-28 T Take-ups, 3-22 Tamper-proff fasteners, 9-16 Tanks, 30-23 Teeth: ratchet, 2-27, 30-12Thread components: (See Section 19) belts, 3-16 backlash, 19-4 bolts, 19-12 screws, 19-2, 19-6 self-locking screws, 19-17 threads, 19-8, 19-22 Threaded inserts, 14-10 Threads, 19-8,19-22 Ties: Toggle: wire, 10-6 joint, 30-5 linkage, 23-20 light drives, 1-56 Torque: Torsion-bar, 30-24 Transmission linkage, 23-16 Traversing mechanism, 22-22 Tripple-duty valves, 25-11 Tubing, 7-2, 7-4 U Unit stress: (See Specific) Valves: (See Section 25) fuel-injection, 25-15 gate, 25-6 hydraulic transmission, 25-2 poppet, 25-4 regulating, 25-9, 25-13 triple-duty, 25-11 Vibration, 21-20, 21-22 Volume, 28-2, 30-21, 30-22, 30-23 W Washers: (See Section 11) Belleville, 11-12, 11-14 cupped, 11-24 dished, 11-10 flat, 11-2, 11-4 rubber, 11-16 SEM applications, 11-23 serrated, 11-8 spring, 11-12, 11-14 Weight, 30-21 Weight mechanisms, 22-64 Weirs, 25-6 Wing bending, 24-28 Window casement sealing, 6-11 Wire: (See Section 10) Geneva, 1-34 helical inserts, 10-4 rope, 10-7 snap rings, 10-2 ties, 10-6 locks, 10-2 Wc)odruffKey: (See Introduction) X X-Factor: (See Specific ) Y Yield strength: (See Specific)
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