Forensic Engineering Fundamentals

Book description

Forensic engineers often specialize in a particular area such as structures, fires, or accident reconstruction. However, the nature of the work often requires broad knowledge in the interrelated areas of physics, chemistry, biomechanics, and engineering. Covering cases as varied as assessment of workplace accidents to the investigation of Halliburton in the BP oil spill, Forensic Engineering Fundamentals is a comprehensive introduction to the many diverse facets of the field that forensic engineers must be familiar with in their practice.

Topics include
  • The role of the forensic engineer
  • Structures, structural distress, and the importance of standards and codes
  • The failure of appliances—the cause of many water- or fire-related losses
  • Slips, trips, and falls of pedestrians and the accessibility of walking surfaces
  • Industrial incidents involving loss of equipment, injury and loss of life, as well as OSHA and MSHA regulations
  • Standard accident reconstruction involving vehicles
  • Electrical incidents and lightning and the effect of electrical energy on the human body
  • Analysis of fires with an emphasis on thermodynamics, testing, and simulation
  • Carbon monoxide incidents and common fire suppression and warning systems, as well as the various NFPA codes
  • Probability and uncertainty, with some basic calculations available to the forensic engineer
  • Applicable standards and protocols that have developed over the years to protect life and property
  • Offering readers real-world experience drawn from the authors’ 25 years of experience, this volume assists newcomers to the field in understanding the engineering basics underlying the cases they will encounter in their practice. It also serves as a reliable reference for those confronted with issues outside their area of expertise.

    Table of contents

    1. Front Cover (1/2)
    2. Front Cover (2/2)
    3. Contents (1/2)
    4. Contents (2/2)
    5. Preface
    6. Acknowledgments
    7. Symbols and Units
    8. Synopsis
    9. Chapter 1 - Introduction (1/2)
    10. Chapter 1 - Introduction (2/2)
    11. Chapter 2 - Structural Distress (1/10)
    12. Chapter 2 - Structural Distress (2/10)
    13. Chapter 2 - Structural Distress (3/10)
    14. Chapter 2 - Structural Distress (4/10)
    15. Chapter 2 - Structural Distress (5/10)
    16. Chapter 2 - Structural Distress (6/10)
    17. Chapter 2 - Structural Distress (7/10)
    18. Chapter 2 - Structural Distress (8/10)
    19. Chapter 2 - Structural Distress (9/10)
    20. Chapter 2 - Structural Distress (10/10)
    21. Chapter 3 - Blasting and Earth Movement (1/7)
    22. Chapter 3 - Blasting and Earth Movement (2/7)
    23. Chapter 3 - Blasting and Earth Movement (3/7)
    24. Chapter 3 - Blasting and Earth Movement (4/7)
    25. Chapter 3 - Blasting and Earth Movement (5/7)
    26. Chapter 3 - Blasting and Earth Movement (6/7)
    27. Chapter 3 - Blasting and Earth Movement (7/7)
    28. Chapter 4 - Mold and Environmental Problems (1/5)
    29. Chapter 4 - Mold and Environmental Problems (2/5)
    30. Chapter 4 - Mold and Environmental Problems (3/5)
    31. Chapter 4 - Mold and Environmental Problems (4/5)
    32. Chapter 4 - Mold and Environmental Problems (5/5)
    33. Chapter 5 - Water-Related Losses (1/6)
    34. Chapter 5 - Water-Related Losses (2/6)
    35. Chapter 5 - Water-Related Losses (3/6)
    36. Chapter 5 - Water-Related Losses (4/6)
    37. Chapter 5 - Water-Related Losses (5/6)
    38. Chapter 5 - Water-Related Losses (6/6)
    39. Chapter 6 - Appliances and Equipment Failures (1/10)
    40. Chapter 6 - Appliances and Equipment Failures (2/10)
    41. Chapter 6 - Appliances and Equipment Failures (3/10)
    42. Chapter 6 - Appliances and Equipment Failures (4/10)
    43. Chapter 6 - Appliances and Equipment Failures (5/10)
    44. Chapter 6 - Appliances and Equipment Failures (6/10)
    45. Chapter 6 - Appliances and Equipment Failures (7/10)
    46. Chapter 6 - Appliances and Equipment Failures (8/10)
    47. Chapter 6 - Appliances and Equipment Failures (9/10)
    48. Chapter 6 - Appliances and Equipment Failures (10/10)
    49. Chapter 7 - Slips and Falls: Injuries to Humans (1/9)
    50. Chapter 7 - Slips and Falls: Injuries to Humans (2/9)
    51. Chapter 7 - Slips and Falls: Injuries to Humans (3/9)
    52. Chapter 7 - Slips and Falls: Injuries to Humans (4/9)
    53. Chapter 7 - Slips and Falls: Injuries to Humans (5/9)
    54. Chapter 7 - Slips and Falls: Injuries to Humans (6/9)
    55. Chapter 7 - Slips and Falls: Injuries to Humans (7/9)
    56. Chapter 7 - Slips and Falls: Injuries to Humans (8/9)
    57. Chapter 7 - Slips and Falls: Injuries to Humans (9/9)
    58. Chapter 8 - Industrial and Construction Accidents (1/2)
    59. Chapter 8 - Industrial and Construction Accidents (2/2)
    60. Chapter 9 - Accident Reconstruction (1/16)
    61. Chapter 9 - Accident Reconstruction (2/16)
    62. Chapter 9 - Accident Reconstruction (3/16)
    63. Chapter 9 - Accident Reconstruction (4/16)
    64. Chapter 9 - Accident Reconstruction (5/16)
    65. Chapter 9 - Accident Reconstruction (6/16)
    66. Chapter 9 - Accident Reconstruction (7/16)
    67. Chapter 9 - Accident Reconstruction (8/16)
    68. Chapter 9 - Accident Reconstruction (9/16)
    69. Chapter 9 - Accident Reconstruction (10/16)
    70. Chapter 9 - Accident Reconstruction (11/16)
    71. Chapter 9 - Accident Reconstruction (12/16)
    72. Chapter 9 - Accident Reconstruction (13/16)
    73. Chapter 9 - Accident Reconstruction (14/16)
    74. Chapter 9 - Accident Reconstruction (15/16)
    75. Chapter 9 - Accident Reconstruction (16/16)
    76. Chapter 10 - Electrical Incidents and Lightning (1/5)
    77. Chapter 10 - Electrical Incidents and Lightning (2/5)
    78. Chapter 10 - Electrical Incidents and Lightning (3/5)
    79. Chapter 10 - Electrical Incidents and Lightning (4/5)
    80. Chapter 10 - Electrical Incidents and Lightning (5/5)
    81. Chapter 11 - Electrocutions (1/4)
    82. Chapter 11 - Electrocutions (2/4)
    83. Chapter 11 - Electrocutions (3/4)
    84. Chapter 11 - Electrocutions (4/4)
    85. Chapter 12 - Fires (1/10)
    86. Chapter 12 - Fires (2/10)
    87. Chapter 12 - Fires (3/10)
    88. Chapter 12 - Fires (4/10)
    89. Chapter 12 - Fires (5/10)
    90. Chapter 12 - Fires (6/10)
    91. Chapter 12 - Fires (7/10)
    92. Chapter 12 - Fires (8/10)
    93. Chapter 12 - Fires (9/10)
    94. Chapter 12 - Fires (10/10)
    95. Chapter 13 - Miscellaneous Losses (1/4)
    96. Chapter 13 - Miscellaneous Losses (2/4)
    97. Chapter 13 - Miscellaneous Losses (3/4)
    98. Chapter 13 - Miscellaneous Losses (4/4)
    99. Chapter 14 - Probability, Sensitivity, and Uncertainty (1/2)
    100. Chapter 14 - Probability, Sensitivity, and Uncertainty (2/2)
    101. Chapter 15 - Standards (1/3)
    102. Chapter 15 - Standards (2/3)
    103. Chapter 15 - Standards (3/3)
    104. Bibliography (1/3)
    105. Bibliography (2/3)
    106. Bibliography (3/3)
    107. Back Cover

    Product information

    • Title: Forensic Engineering Fundamentals
    • Author(s): Harold Franck, Darren Franck
    • Release date: December 2012
    • Publisher(s): CRC Press
    • ISBN: 9781439878408