Cousins / Hiller Engineering Drawing from the Beginning

The Commonwealth and International Library: Mechanical Engineering Division
1. Auflage 2014
ISBN: 978-1-4831-8427-2
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 192 Seiten, Web PDF

Engineering Drawing from the Beginning, Volume 2 discusses the methods for communicating technical engineering concepts through illustrations and drawings. This volume covers the more advance techniques in engineering drawing. The coverage of the text includes the helix, which is the path traced by a point moving uniformly around the surface of a right cylinder that is moving axially. The book also covers drawings of solid objects such as prisms, pyramids, and cones, along with hollow objects made from sheet material. In Chapter 5, the text presents the conventional representations of common features. The sixth chapter deals with all forms of fastenings, while the seventh chapter talks about metrication in the drawing office. The last chapter details the working drawings of assemblies and parts taken from those assemblies. The text will be most useful to students and professional engineers, as both learning material and reference source.

Autoren/Hrsg.

Cousins, M. F.

Hiller, N.

Inhaltsverzeichnis

1;Front Cover;1
2;Engineering Drawing from the Beginning;4
3;Copyright Page;5
4;Table of Contents;6
5;List of Illustrations;12
6;Editor's Preface;22
7;Author's Acknowledgements;24
8;Chapter 1. Revision and Introduction;26
8.1;1.1. REVISION OF PREVIOUS WORK FROM VOLUME 1;26
8.2;1.2. TYPES OF PROJECTION;26
8.3;1.3. DIMENSIONING;26
8.4;1.4. SECTIONAL VIEWS;26
8.5;1.5. PART OR DETAIL DRAWING;26
8.6;1.6. ASSEMBLY DRAWING;29
8.7;1.7. SUB-ASSEMBLIES;29
8.8;1.8. DIVISION OF A LINE INTO EQUAL PARTS;29
8.9;1.9. JOINING OF STRAIGHT LINES TO CURVES;29
8.10;1.10. PENCIL POINT;29
8.11;1.11. DIVISION OF CIRCUMFERENCE OF A CIRCLE;29
8.12;1.12. RADIUS CORNERS;29
9;Chapter 2. The Helix;32
9.1;2.1. DEFINITION OF THE HELIX;32
9.2;2.2. THE CONSTRUCTION OF A HELIX;32
9.3;2.3. THE CONSTRUCTION OF A DOUBLE HELIX;34
9.4;2.4. THE CONSTRUCTION OF A HELICAL GROOVE IN A CYLINDER;34
9.5;2.5. A HELICAL SPRING (ROUND WIRE);34
9.6;2.6. A SQUARE THREAD;37
9.7;2.7. A HELICAL SPRING (SQUARE WIRE);37
9.8;2.8. THE ELLIPSE;40
10;Chapter 3. Interpenetration of Solids;47
10.1;3.1. SIMPLE RECTANGULAR OBJECTS;47
10.2;3.2. HEXAGONAL PRISMS;47
10.3;3.3. SQUARE PYRAMIDS;50
10.4;3.4. AUXILIARY VIEWS AND TRUE SHAPES;55
10.5;3.4. AUXILIARY VIEWS AND TRUE SHAPES;55
10.6;3.5. HEXAGONAL PRISMS;57
10.7;3.6. HEXAGONAL PYRAMIDS;57
10.8;3.7. CYLINDERS;62
10.9;3.8. CONES;67
11;Chapter 4. Development;73
11.1;4.1. CYLINDER;73
11.2;4.2. CUBE;73
11.3;4.3. RECTANGULAR OBJECT;76
11.4;4.4. HEXAGONAL OBJECT;76
11.5;4.5. CUBE;76
11.6;4.6. SQUARE PYRAMID;76
11.7;4.7. SQUARE PYRAMID;81
11.8;4.8. SQUARE PYRAMID (DOUBLE CUT);81
11.9;4.9. CYLINDER (CUT);84
11.10;4.10. CYLINDER (CUT;86
11.11;4.11. ELBOW, 90;86
11.12;4.12. T WITH EQUAL DIAMETER PIPES;89
11.13;4.13. T WITH UNEQUAL DIAMETER PIPES;92
11.14;4.14. 45° ANGLE T;92
11.15;4.15 BRANCH T. DEVELOPMENT OF PIPES OF UNEQUAL DIAMETERS;97
11.16;4.16. BRANCH T. DEVELOPMENT OF PIPES OF UNEQUAL DIAMETERS;99
11.17;4.17. OFFSET T. COMPLETE DEVELOPMENT;99
11.18;4.18. CONE DEVELOPMENT;99
11.19;4.19. CONE (CUT). DEVELOPMENT;103
11.20;4.20. CONE (DOUBLE CUT). COMPLETE DEVELOPMENT;103
11.21;4.21. CONE (CUT). DEVELOPMENT OF CURVED SURFACE ONLY;107
12;Chapter 5. Conventional Representations of Common Features. Extracts from B.S. 308;108
12.1;5.1. SCREW THREADS;108
12.2;5.2. SPRINGS, COMPRESSION;108
12.3;5.3. SPRINGS, TENSION;108
12.4;5.4. KNURLING;108
12.5;5.5. HEXAGON NUT;108
12.6;5.6. HEXAGON BOLT;111
12.7;5.7. SQUARE END ON SHAFT;111
12.8;5.8. HOLES ON A CIRCULAR PITCH;111
12.9;5.9. HOLES ON A LINEAR PITCH;111
12.10;5.10. BEARINGS;111
12.11;5.11. ROUND ROD;111
12.12;5.12. ROUND TUBE;111
12.13;5.13. RECTANGULAR BAR (METAL);111
12.14;5.14. RECTANGULAR BAR (WOOD);114
13;Chapter 6. Fastenings;115
13.1;6.1. RIVETING;115
13.2;6.2. LAP JOINTS;117
13.3;6.3. BUTT JOINT. SINGLE COVER PLATE;117
13.4;6.4. BUTT JOINT. DOUBLE COVER PLATES;117
13.5;6.5. ANGLE-RIVETED JOINT;117
13.6;6.6. ANGLE-RIVETED JOINT;117
13.7;6.7. BUILT-UP GIRDER;117
13.8;6.8. BUILT-UP BOX GIRDER;117
13.9;6.9. TAPER KEYS;121
13.10;6.10. PARALLEL KEYS;121
13.11;6.11. FEATHER KEY;121
13.12;6.12. WOODRUFF KEY;121
13.13;6.13. GIB HEAD KEY;121
13.14;6.14. COTTER;121
13.15;6.15. BUTT WELD;121
13.16;6.16. LAP WELD
;121
13.17;6.17. FILLET WELD
;123
13.18;6.18. SEAM WELD
;123
13.19;6.19. DRAWING WELDED JOINTS;123
13.20;6.20. LOCK NUT;123
13.21;6.21. NUTS PINNED;123
13.22;6.22. SAWN NUT;125
13.23;6.23. SPRING WASHERS;125
13.24;6.24. TWO PLATES CLAMPED;125
13.25;6.25. CABLE CL125
13.26;6.26. MOUNTED PLATES;125
13.27;6.27. CLAMPED PLATES;125
13.28;6.28. MULTIPLE PLATES;127
13.29;6.29. MULTIPLE PLATES WITH SPACERS;127
13.30;6.30. SHAFT LOCATION;127
13.31;6.31. GEAR REDUCTION UNIT ASSEMBLY;127
13.32;6.32. SCREWED FITTING METAL LAMP HOLDER;127
13.33;6.33. SIMPLE SLIDING PLATFORM;127
13.34;6.34. CAPTIVE SCREW;130
13.35;6.35. PACKING GLAND;130
14;Chapter 7. Metrication in the Drawing Office. Limits, Fits, and Tolerances;131
14.1;7.1. METRICATION;131
14.2;7.2. MACHINED SURFACES;132
14.3;7.3. DEFINITION OF TERMS;132
14.4;7.4. TYPES OF FITS;132
14.5;7.5. CRANK SHAFT ASSEMBLY;136
14.6;7.6. CRANKSHAFT. PART NO. 1;136
14.7;7.7. CONNECTING ROD. PART NO. 2;136
14.8;7.8. BEARING BRACKET. PART NO. 3;136
14.9;7.9. BEARING CAP. PART NO. 4;136
15;Chapter 8. Working Drawings;139
15.1;8.1. GEAR CASING
;139
15.2;8.2. ASSIGNMENT A. GEAR CASING;139
15.3;8.3. ASSIGNMENT B. GEAR CASING;141
15.4;8.4. SOLE PLATE;141
15.5;8.5. ASSIGNMENT. SOLE PLATE;141
15.6;8.6. WALL BRACKET;141
15.7;8.7. ASSIGNMENT. WALL BRACKET;143
15.8;8.8. DRILLHEAD BRACKET;143
15.9;8.9. ASSIGNMENT. DRILLHEAD BRACKET;143
15.10;8.10. VALVE CASE;143
15.11;8.11. ASSIGNMENT. VALVE CASE;143
15.12;8.12. STUFFING BOX ASSEMBLY;145
15.13;8.13. ASSIGNMENT. STUFFING BOX;145
15.14;8.14. ASSIGNMENT. SCREWED FLANGE;145
15.15;8.15. ASSIGNMENT. STOP-VALVE BODY;145
15.16;8.16. ANGLE CROSS-PIPE JOINT;145
15.17;8.17. ASSIGNMENT. PIPE JOINT;148
15.18;8.18. TILTING PLATFORM;148
15.19;8.19. ASSIGNMENT A. TILTING PLATFORM;149
15.20;8.20. ASSIGNMENT B. TILTING PLATFORM;149
15.21;8.21. TILTING PLATFORM. PART DRAWINGS;149
15.22;8.22. UPPER PLATFORM;149
15.23;8.23. SPINDLE;149
15.24;8.24. BASE BRACKET;149
15.25;8.25. BRACKET BEARING;151
15.26;8.26. ASSIGNMENT A. BRACKET BEARING;151
15.27;8.27. ASSIGNMENT B. BRACKET BEARING;151
15.28;8.28. ASSIGNMENT C. BRACKET BEARING;151
15.29;8.29. BELL CRANK LEVER;153
15.30;8.30. ASSIGNMENT A. BELL CRANK LEVER;153
15.31;8.31. ASSIGNMENT B. BELL CRANK LEVER;153
15.32;8.32. OVERHUNG CRANK;153
15.33;8.33. ASSIGNMENT. OVERHUNG CRANK;153
15.34;8.34. SPINDLE BEARING ASSEMBLY;153
15.35;8.35. ASSIGNMENT. SPINDLE BEARING ASSEMBLY;156
15.36;8.36. SPINDLE BEARING. PART DRAWINGS;156
15.37;8.37. ASSIGNMENT. SPINDLE BEARING;156
15.38;8.38. RIGHT-ANGLE DRIVE ASSEMBLY;156
15.39;8.39. ASSIGNMENT. RIGHT-ANGLE DRIVE ASSEMBLY;159
15.40;8.40. LATHE FACE PLATE;159
15.41;8.41. ASSIGNMENT. LATHE FACE PLATE;159
15.42;8.42. FAST AND LOOSE PULLEY ASSEMBLY;161
15.43;8.43. ASSIGNMENT. FAST AND LOOSE PULLEY ASSEMBLY;161
15.44;8.44. UNIVERSAL COUPLING ASSEMBLY;161
15.45;8.45. ASSIGNMENT. UNIVERSAL COUPLING ASSEMBLY;161
15.46;8.46. SIMPLE SCREW JACK.;163
15.47;8.47. ASSIGNMENT. SIMPLE SCREW JACK;163
15.48;8.48. FOOTSTEP BEARING;163
15.49;8.49. ASSIGNMENT. FOOTSTEP BEARING;163
15.50;8.50. PEDESTAL BEARING ASSEMBLY;163
15.51;8.51. ASSIGNMENT. PEDESTAL BEARING ASSEMBLY;163
15.52;8.52. PULLEY BEARING ASSEMBLY;165
15.53;8.53. ASSIGNMENT. PULLEY BEARING ASSEMBLY;165
15.54;8.54. PART DRAWINGS FOR OVERHUNG CRANK;165
15.55;8.55. ASSIGNMENT. PART DRAWINGS FOR OVERHUNG CRANK;165
15.56;8.56. PART DRAWINGS OF GEAR BOX FOR RIGHT-ANGLE DRIVE;168
15.57;8.57. ASSIGNMENT. GEARBOX;168
15.58;8.58. ASSIGNMENT A. BELL CRANK LEVER;168
15.59;8.59. ASSIGNMENT B. BELL CRANK LEVER;168
15.60;8.60. ASSIGNMENT. PART DRAWINGS FOR PULLEY BEARING ASSEMBLY;168
15.61;8.61. ASSIGNMENT. PART DRAWINGS FOR RIGHT-ANGLE DRIVE;172
15.62;8.62. ASSIGNMENT. BEARING BRACKET;172
15.63;8.63. WALL BOX;175
15.64;8.64. ASSIGNMENT. WALL BOX;175
15.65;8.65. ASSIGNMENT. FAST AND LOOSE PULLEYS;175
15.66;8.66. PART DRAWINGS FOR STUFFING BOX ASSEMBLY;175
15.67;8.67. SPINDLE BEARING. FRAME;175
15.68;8.68. ASSIGNMENT. PART DRAWING OF SPINDLE BEARING FRAME
;179
15.69;8.69. ASSIGNMENT. MAIN BRACKET;179
15.70;8.70. ASSIGNMENT. PART DRAWINGS FOR UNIVERSAL COUPLING;179
15.71;8.71. ASSIGNMENT. PART DRAWINGS FOR FOOTSTEP BEARING;182
15.72;8.72. ASSIGNMENT. PART DRAWINGS FOR PEDESTAL BEARING ASSEMBLY;182
15.73;8.73. ASSIGNMENT. PART DRAWINGS FOR SIMPLE SCREW JACK.;185
15.74;8.74. BEARING BRACKET ASSEMBLY;185
15.75;8.75. OFFSET LENS MOUNT ASSEMBLY;188
15.76;8.76. ASSIGNMENT A. ASSEMBLY DRAWINGS FOR OFFSET LENS MOUNT;188
15.77;8.77. ASSIGNMENT B. DETAIL DRAWINGS FOR OFFSET LENS MOUNT;188
15.78;8.78. ASSIGNMENT C. ISOMETRIC VIEW OF OFFSET LENS MOUNT;188
15.79;8.79. BEARING BRACKET ASSEMBLY;188
15.80;8.80. ASSIGNMENT A. ASSEMBLY DRAWINGS FOR BEARING BRACKET;188
15.81;8.81. ASSIGNMENT B. DETAIL DRAWINGS FOR BEARING BRACKET;192
15.82;8.82. ASSIGNMENT C. ISOMETRIC VIEW OF BEARING BRACKET;192
15.83;8.83. FLANGED OFFSET T ASSEMBLY;192
15.84;8.84. ASSIGNMENT A. ASSEMBLY DRAWINGS FOR FLANGED OFFSET;192
15.85;8.85. ASSIGNMENT B. DETAIL DRAWINGS FOR FLANGED OFFSET T;192
15.86;8.86. ASSIGNMENT C. ISOMETRIC VIEW OF FLANGED OFFSET T;192