کتاب جیبی علوم مهندسی نیونِس ۲۰۱۲
Newnes Engineering Science Pocket Book 2012

1. Cover Page

2. Half Title Page

3. Title Page

4. Copyright Page

5. Contents

6. Preface

7. Part One General Engineering Science

1 SI Units

2 Density

3 Scalar and Vector Quantities

4 Atomic Structure of Matter

5 Chemical Reactions

6 Standard Quantity Symbols and their Units

14. Part Two Mechanical Engineering and Physical Science

7 Speed and Velocity

8 Acceleration

9 Force, Mass and Acceleration

10 Centre of Gravity and Equilibrium

11 Forces Acting at a Point

12 Simply Supported Beams

13 Shearing Force and Bending Moments

14 Bending Stress

15 Linear and Angular Motion

16 Friction

17 Waves

18 Interference and Diffraction

19 Light Rays

20 Work, Energy and Power

21 Potential and Kinetic Energy

22 Simple Machines

23 The Effects of Forces on Materials

24 Tensile Testing

25 Hardness and Impact Tests

26 Measurement of Strain

27 Linear Momentum and Impulse

28 Torque

29 Heat Energy

30 Thermal Expansion

31 The Measurement of Temperature

32 Pressure in Fluids

33 Measurement of Pressure

34 Ideal gas Laws

35 Properties of Water and Steam

36 Surface Tension and Viscosity

37 Fluids in Motion

38 Measurement of Fluid Flow

39 Simple Harmonic Motion and Natural Vibrations

48. Part Three Electrical Engineering Science

40 An Introduction to Electric Circuits

41 Resistance Variation

42 Chemical Effects of Electricity

43 Series and Parallel Networks

44 Capacitors and Capacitance

45 Magnetic Circuits

46 Magnetic Materials

47 Electromagnetism

48 Electromagnetic Induction and Inductance

49 Magnetically Coupled Circuits

50 Electrical Measuring Instruments and Measurements

51 Semiconductor Diodes

52 Transistors

53 D.c. Circuit Theory

54 Alternating Voltages and Currents

55 Single-phase Series a.c. Circuits

56 Single-phase Parallel a.c. Circuits

57 D.c. Transients

58 Operational Amplifiers

59 Three-phase Systems

60 Transformers

61 D.c. Machines

62 A.c. Motors

63 Revision of Complex Numbers

64 Application of Complex Numbers to Series a.c. Circuits

65 Application of Complex Numbers to Parallel a.c. Networks

66 Power in a.c. Circuits and Power Factor Improvement

67 A.c. Bridges

68 Series Resonance and Q-factor

69 Parallel Resonance and Q-factor

70 Introduction to Network Analysis

71 Mesh-current and Nodal Analysis

72 The Superposition Theorem

73 Thévenin's and Norton's Theorems

74 Delta-star and Star-delta Transformations

75 Maximum Power Transfer Theorems and Impedance Matching

76 Complex Waveforms

77 A Numerical Method of Harmonic Analysis

78 Dielectrics and Dielectric Loss

79 Field Theory

80 Attenuators

81 Filter Networks

82 Modulation

83 Transmission Lines

93. Index