Standard handbook for mechanical engineers.
Standard handbook for mechanical engineers.
- New York : McGraw-Hill, 1967
- v. illus. 18-24 cm.
Serial.
1. Mathematical tables
2. Weights and measures
3. Arithmetic
4. Geometry and mensuration
5. Algebra
6. Trigonometry
7. Analytical geometry
8. Differential and integral calculus
9. Graphical representation of functions
10. Vector analysis
11. Computers
12. Mechanics of solids
13. Friction
14. Mechanics of fluids
15. Thermal properties of substances and thermodynamics
16. Mixture of air and water vapor
17. Transmission of heat by conduction and convection
18. Radiant-heat transfer
19. Mechanical properties of materials
20. Mechanics of materials
21. Pipeline flexure stresses
22. Vibration
23. Non-destructive test
24. General properties of materials
25. Iron and steel
26. Iron and steel castings
27. Non-ferrous metals
28. Corrosion
29. Paints and protective coatings
30. Wood
31. Non-metallic materials
32. Refractories
33. Cement, mortar and concrete
34. Water
35. Lubricants and lubrication
36. Fuels
37. Carbonization of coal and gas making
38. Combustion furnaces
39. Incineration
40. Atmospheric pollution and gas cleaning
41. Electric furnaces and ovens
42. Mechanism
43. Machine elements
44. Gearing
45. Fluid film bearings
46. Bearings with rolling contact
47. Packings
48. Pipe and pipe fittings
49. Preferred numbers
50. Sources of energy
51. Windmills
52. Steam boilers
53. Steam engines
54. Stem turbines
55. Power plant heat exchanges
56. Internal combustion engines
57. Gas turbines
58. Nuclear (atomic) power
59. Hydraulic turbines
60. Direct energy conversion
61. Power miscellany
62. Methods of moving materials
63. Lifting
64. Dragging, pulling and pushing
65. Carrying and lifting
66. Conveying and continuous flow
67. Automobiles
68. Railway engineering
69. Marine engineering
70. Hydrofoil carft and air cushion vehicles
71. Air resistance of trains, automobiles and ships
72. Aeronautics
73. Jet propulsion and aircraft propellers
74. Astronautics
75. Pipeline transmission
76. Industrial plants
77. Structural design of buildings
78. Reinforced concrete design and construction
79. Heating
80. Air conditioning and ventilation
81. Illumination
82. Sound, noise and ultrasonics
83. Prevention of accidents
84. Fire protection
85. Foundry practice and equipment
86. Working metals and plastics
87. Welding
88. Metal removal processes and equipment
89. Surface texture designation, production and control
90. Woodcutting tools and machines
91. Pumps
92. Centrifugal and axial pumps
93. Compressors
94. High vacuum pumps
95. Centrifugal and axial fans
96. Electrical engineering
97. Interior wiring
98. Electronics
99. Instruments
100. Automatic controls
101. Industrial economics and management
102. Cost accounting
103. Analysis of corporation annual reports
104. Engineering statistics and quality control
105. Time and motion study
106. Control of maintenance costs
107. Cost of electric power
108. Mechanical refrigeration
109. Cryogenics
110. Optics
111. Surveying
112. Patents for inventions
113. Miscellaneous
Mechanical engineering
621 / T388
Serial.
1. Mathematical tables
2. Weights and measures
3. Arithmetic
4. Geometry and mensuration
5. Algebra
6. Trigonometry
7. Analytical geometry
8. Differential and integral calculus
9. Graphical representation of functions
10. Vector analysis
11. Computers
12. Mechanics of solids
13. Friction
14. Mechanics of fluids
15. Thermal properties of substances and thermodynamics
16. Mixture of air and water vapor
17. Transmission of heat by conduction and convection
18. Radiant-heat transfer
19. Mechanical properties of materials
20. Mechanics of materials
21. Pipeline flexure stresses
22. Vibration
23. Non-destructive test
24. General properties of materials
25. Iron and steel
26. Iron and steel castings
27. Non-ferrous metals
28. Corrosion
29. Paints and protective coatings
30. Wood
31. Non-metallic materials
32. Refractories
33. Cement, mortar and concrete
34. Water
35. Lubricants and lubrication
36. Fuels
37. Carbonization of coal and gas making
38. Combustion furnaces
39. Incineration
40. Atmospheric pollution and gas cleaning
41. Electric furnaces and ovens
42. Mechanism
43. Machine elements
44. Gearing
45. Fluid film bearings
46. Bearings with rolling contact
47. Packings
48. Pipe and pipe fittings
49. Preferred numbers
50. Sources of energy
51. Windmills
52. Steam boilers
53. Steam engines
54. Stem turbines
55. Power plant heat exchanges
56. Internal combustion engines
57. Gas turbines
58. Nuclear (atomic) power
59. Hydraulic turbines
60. Direct energy conversion
61. Power miscellany
62. Methods of moving materials
63. Lifting
64. Dragging, pulling and pushing
65. Carrying and lifting
66. Conveying and continuous flow
67. Automobiles
68. Railway engineering
69. Marine engineering
70. Hydrofoil carft and air cushion vehicles
71. Air resistance of trains, automobiles and ships
72. Aeronautics
73. Jet propulsion and aircraft propellers
74. Astronautics
75. Pipeline transmission
76. Industrial plants
77. Structural design of buildings
78. Reinforced concrete design and construction
79. Heating
80. Air conditioning and ventilation
81. Illumination
82. Sound, noise and ultrasonics
83. Prevention of accidents
84. Fire protection
85. Foundry practice and equipment
86. Working metals and plastics
87. Welding
88. Metal removal processes and equipment
89. Surface texture designation, production and control
90. Woodcutting tools and machines
91. Pumps
92. Centrifugal and axial pumps
93. Compressors
94. High vacuum pumps
95. Centrifugal and axial fans
96. Electrical engineering
97. Interior wiring
98. Electronics
99. Instruments
100. Automatic controls
101. Industrial economics and management
102. Cost accounting
103. Analysis of corporation annual reports
104. Engineering statistics and quality control
105. Time and motion study
106. Control of maintenance costs
107. Cost of electric power
108. Mechanical refrigeration
109. Cryogenics
110. Optics
111. Surveying
112. Patents for inventions
113. Miscellaneous
Mechanical engineering
621 / T388