Fundamentals of Engineering: Supplied-reference HandbookKaplan AEC Engineering, 2003 - 187 pages |
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Page 96
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Page 156
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Contents
Units | 1 |
Conversion Factors | 2 |
Mathematics | 3 |
Statistics | 22 |
Dynamics | 24 |
Mechanics of Materials | 33 |
Fluid Mechanics | 38 |
Thermodynamics | 48 |
Computers Measurement and Controls | 76 |
Engineering Economics | 79 |
Ethics | 86 |
Chemical Engineering | 88 |
Civil Engineering | 93 |
Environmental Engineering | 125 |
Electrical and Computer Engineering | 142 |
Industrial Engineering | 152 |
Common terms and phrases
Atterberg limits axis b₁ beam body bolt centroid coefficient College column component compression concentration constant Copyright cross-sectional area curve decibels defined density Diagrams reprinted diameter distance energy enthalpy equation equilibrium factor flow rate Fluid Mechanics force Formula fraction function gear given h₁ h₂ heat transfer hydraulic ideal gas inertia input Institute of Technology Laplace transform length Licensees limit linear liquid load LRFD m₁ m₂ mass material mg/L modulus mole mole fraction moment of inertia MOSFET normal particle plane pressure R₁ radius ratio reaction Reynolds number saturation shear stress specific strength surface T₁ T₂ Table temperature tube U.S. Customary Units unit University Engineering Technology V₁ vapor variable vector velocity vertical voltage volume weight x₁