Crime Scene Reconstruction Dynamics, Biomechanics, and Engineering Analysis (Hardcover, 1st)

Engineering Science & Crime Scene Analysis
Crime Scene Reconstruction and the Application of Engineering Science
Measurement, Data Collection, Uncertainty & Statistical Methods
Statistical Methods & Analysis of Crime Scene Evidence
The Dimensions of the Crime Scene
Evidence Statics
Evidence Dynamics
Mechanics of Materials: How Things Break
Fluid Dynamics in Crime Scene Analysis
Biomechanics in Crime Scene Analysis
Forensic Biomechanical Analysis
Reconstruction
Bloodstain Pattern Analysis from an Engineering Perspective
Shooting Incident Analysis from an Engineering Perspective
Photogrammetry
Three/Dimensional Computer Modeling
Computer/Aided Analysis
Appendices
Equations
Tables
Trigonometric Tables
Table of Random Numbers
Properties of Selected Fluids
Properties of Selected Materials