Today's resources on bloodstain analysis are still based on methods that were derived in the 1920s. Although medical and clinical research have provided a growing body of information on blood composition and behavior, this information has been ignored in favor of historical bloodstain analysis methods-until now. With 25 years of experience in the field, author Anita Wonder shows how to use these new methods for interpreting bloodstains, including non-Newtonian fluid behavior (a process that does not conform to Sir Isaac Newton's laws of motion) and three-dimensional dispersion modeling.
Blood Dynamics focuses on how to accurately identify eight bloodstain pattern types and their permutations. It covers every aspect of bloodstain analysis, and shows how some standard practices of reconstruction are not only unnecessary for identification of blood dynamics, but can even be misleading.
This book presents completely new scientific evaluations of blood dynamics and will fundamentally change the way in which bloodstains are interpreted. As such, it will be required reading for anyone who deals with blood evidence at the crime scene, in the lab, or in the courtroom.
* Presents groundbreaking new methods for interpreting bloodstains, including non-Newtonian fluid behaviour and three-dimensional dispersion modelling
* Covers every aspect of bloodstain analysis
* Focuses on how to accurately identify eight bloodstain pattern types and their permutations
* Author, Anita Wonder has 25 years of experience in the field of blood dynamics
"synopsis" may belong to another edition of this title.
The book incorporates the latest findings on fluid dynamics to fundamentally change the way bloodstains are interpreted.From the Back Cover:
The analysis of bloodstain patterns is commonplace in violent crime investigations. Bloodstain patterns can provide a great deal of information to the investigator and crime scene reconstructionist, yet confusion, ambiguity and a certain amount of controversy prevent full acceptance by the scientific and legal communities.
All present "blood spatter" data comes from data compiled in the 1920s, before non-Newtonian fluid behaviour was described. Medical and clinical research, with more adequate funding than forensics research, is providing a growing body of information on blood composition and behaviour. Those applying bloodstain pattern analysis - until now - have ignored this reference material in favour of historical studies.
Paul Kirk, as early as 1951, promoted bloodstain pattern interpretation as a scientific discipline. Since his death in 1970, use of bloodstain pattern interpretation has increased markedly, yet the technical basis on which this is based has changed little. Information unknown during Dr KirkÂ’s studies has yet to be incorporated into a basis for understanding blood distribution behavior. This book will do that Â– with the benefit of the authorÂ’s 25 years of research into forensic bloodstain interpretation.
This book will fundamentally change the way in which bloodstains are interpreted Â– and will be required reading by:
Â· Law enforcement
Â· Crime scene technicians
Â· Accident investigators
Â· Forensic scientists
Â· Lawyers and judges
Â· Crime writers and the media
"About this title" may belong to another edition of this title.
Book Description Academic Press, 2001. Hardcover. Book Condition: New. 2001 hardback no marks and is in great conditionAND AS ALWAYS SHIPPED IN 24 HOURS; and emailed to you a USPS tracking number on all orders; all books are sanitized and cleaned for your protection before mailing. PLEASE NOTE OVER SEAS BUYERS if the book extra large or heavy there will be additional postage due to the new US Postage rates. Bookseller Inventory # 130411042
Book Description Academic Press, 2001. Hardcover. Book Condition: New. Never used!. Bookseller Inventory # P110127624570
Book Description Academic Press, 2001. Hardcover. Book Condition: New. Brand New!. Bookseller Inventory # VIB0127624570
Book Description Academic Press, 2001. Hardcover. Book Condition: New. book. Bookseller Inventory # M0127624570