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Written by experts for the general audience, this A-Z presentation covers all aspects of forensic science from its beginning to its central place in modern law enforcement.
Understand How to Use and Develop Meshfree Techniques An Update of a Groundbreaking Work Reflecting the significant advances made in the field since the publication of its predecessor, Meshfree Methods: Moving Beyond the Finite Element Method, Second Edition systematically covers the most widely used meshfree methods. With 70% new material, this edition addresses important new developments, especially on essential theoretical issues. New to the Second Edition Much more details on fundamental concepts and important theories for numerical methods Discussions on special properties of meshfree methods, including stability, convergence, accurate, efficiency, and bound property More detailed discussion on error estimation and adaptive analysis using meshfree methods Developments on combined meshfree/finite element method (FEM) models Comparison studies using meshfree and FEM Drawing on the author’s own research, this book provides a single-source guide to meshfree techniques and theories that can effectively handle a variety of complex engineering problems. It analyzes how the methods work, explains how to use and develop the methods, and explores the problems associated with meshfree methods. To access MFree2D (copyright, G. R. Liu), which accompanies MESHFREE METHODS: MOVING BEYOND THE FINITE ELEMENT METHOD, Second Edition (978-1-4200-8209-8) by Dr. G. R. Liu, please go to the website: www.ase.uc.edu/~liugr An access code is needed to use program – to receive it please email Dr. Liu directly at: [email protected] Dr. Liu will reply to you directly with the code, and you can then proceed to use the software.
FORENSIC SCIENCE: ADVANCED INVESTIGATIONS is part of a comprehensive course offering as a second-level high school course in forensic science, a course area in which students have the opportunity to expand their knowledge of chemistry, biology, physics, earth science, math, and psychology, as well as associate this knowledge with real-life applications. This text builds on concepts introduced in FORENSIC SCIENCE: FUNDAMENTALS & INVESTIGATIONS, as well as introduces additional topics, such as arson and explosions. Following the same solid instructional design as the FUNDAMENTALS & INVESTIGATIONS text, the book balances extensive scientific concepts with hands-on classroom and lab activities, readings, intriguing case studies, and chapter-opening scenarios. The book’s exclusive Gale Forensic Science eCollection database provides instant access to hundreds of articles and Internet resources that spark student interest and extend learning beyond the book. Comprehensive, time-saving teacher support and lab activities deliver exactly what you need to ensure that students receive a solid, complete science education that keeps readers at all learning levels enthused about science. This two-book series provides a solution that is engaging, contemporary, and specifically designed for high school students. Instructors can be confident that the program has been written by high school forensic science instructors with their unique needs in mind, including content tied to the national and state science standards they are accountable to teaching. Important Notice: Media content referenced within the product description or the product text may not be available in the ebook version.
"It is a fascinating story, and makes for a thoroughly good read." —The Guardian "A convincing and readable history of a science defined by the simple maxim: 'Every contact leaves a trace.'" —The Times Silent Witnesses explores the fascinating progression of forensic science over the last two centuries. In accessible and entertaining prose, former police officer Nigel McCrery weaves together dramatic narrative and scientific principles to explain the major areas of forensics, including ballistics, fiber analysis, and genetic fingerprinting, with reference to the cases and experts that proved their value. Readers are introduced to such fascinating figures as Dr. Edmond Locard, the "French Sherlock Holmes"; Edward Heinrich, who is credited with having solved over 2,000 crimes; and Alphonse Bertillon, the French scientist whose guiding principle, "no two individuals share the same characteristics," became the core of criminal identification. Landmark crime investigations examined in depth include a notorious Ohio murder involving blood evidence and defended by F. Lee Bailey; the 1936 murder of a promising Manhattan novelist that demonstrated the usefulness of the microscope in examining trace evidence; the 1849 murder of a wealthy Boston socialite, businessman, and philanthropist demonstrating how difficult it is to successfully dispose of a corpse, and many others. Nigel McCrery was a police officer before he joined the BBC in 1990. There he has worked on a number of documentaries and created various series, including the crime/forensics drama Silent Witness. He is the author of several crime novels, including Still Waters.
Describes the kinds of trace evidence forensic scientists can use to track down and identify criminals and how such evidence is collected and analyzed, and offers examples of cases in which forensic science was used.
Forensic science has been variously described as fascinating, challenging and even frightening. If you have only a vague concept of what forensic science is, this book will provide the answer. Aimed at non-scientists, or those with limited scientific knowledge, Crime Scene to Court covers all three main areas of an investigation where forensic science is practised, namely the scene of the crime, the forensic laboratory and the court. Coverage includes details of how crime scene and forensic examinations are conducted in the United Kingdom, the principles of crime scene investigations and the importance of this work in an investigation, and courtroom procedures and the role of the expert witness. The latest methods and techniques used in crime scene investigation and forensic laboratories are reported, cases are presented to illustrate why and how examinations are performed to generate forensic evidence and there is a bibliography for each chapter which provides further material for those readers wishing to delve deeper into the subject. This revised and updated edition also includes coverage on changes in professional requirements, the latest developments in DNA testing and two new chapters on computer based crimes and Blood Pattern Analysis. Ideal for those studying forensic science or law, the book is intended primarily for teaching and training purposes. However, anyone with a role in an investigation, for example police, crime scene investigators or indeed those called for jury service, will find this text an excellent source of information.
Offers a vivid overview of forensic science and how it helps solve crimes.

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