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This book presents a general method that lawyers, prosecutors and
judges can follows to assess the quality and scientific content of
technical work done for an accident and crime scene reconstruction.
Using multilevel sequence of events analysis allows all key events
to be fully identified, which in turn assists judicial bodies in
identifying where to assign specific criminal liability. Created
from a concept long sought by the two authors (an engineer and an
attorney), the method allows readers without any technical
background to progress from an examination of evidence gathered at
the scene of a complex accident and to reconstruct "beyond
reasonable doubt" the events that took place. Once created and
scientifically verified by the sequence of events analysis, the
chain of key events serves as a reference source for various levels
of complex organizations and inter-organization structures in cases
involving complex criminal responsibilities.
This book presents a general method that lawyers, prosecutors and
judges can follows to assess the quality and scientific content of
technical work done for an accident and crime scene reconstruction.
Using multilevel sequence of events analysis allows all key events
to be fully identified, which in turn assists judicial bodies in
identifying where to assign specific criminal liability. Created
from a concept long sought by the two authors (an engineer and an
attorney), the method allows readers without any technical
background to progress from an examination of evidence gathered at
the scene of a complex accident and to reconstruct "beyond
reasonable doubt" the events that took place. Once created and
scientifically verified by the sequence of events analysis, the
chain of key events serves as a reference source for various levels
of complex organizations and inter-organization structures in cases
involving complex criminal responsibilities.
This Brief presents a new method that is based on the author and
his students' shared experience in applying a structured procedure
that has as its main goal the creation of a material selection
technique that uses language and employs a platform that is not
restricted to engineers. Based on a hybrid approach that exploits
both traditional and semi-quantitative concepts, it moves forward
step-by step, and uses a platform based on a Quality Function
Deployment matrix framework. Candidate materials are screened out
and finally assessed by two user-friendly graphic analysis tools,
one based on the value curve of the product and the other on an
original Bubble Maps tool. The Brief is written for all those whose
aim is for a better understanding of how to integrate and speed up
the entire product development process from the initial product
concept and engineering design phases to design specs,
manufacturability and product marketing with optimal choice of
materials.
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R398
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