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This short handbook is a practical and accessible guide to the statistical design and analysis of 2-level, multi-factor experiments of the kind widely used in industry and business. Written for technologists and researchers, it forgoes the usual heavy statistical overlay of typical texts on this subject by focusing on a limited catalog of standard designs that are useful for commonly encountered problems. These design choices are based on relatively recent developments in design projectivity, and their analysis requires nothing more than simple plots of the data: neither special expertise nor complex software is needed. Numerous examples show how to carry out this program in practice. Even though the statistical content of the handbook has been deliberately limited, it nevertheless discusses several practical matters that are rarely included in more comprehensive treatments, but which are vital for experimental success. Among these are the realities of randomization versus split-plotting, the importance of identifying the experimental unit, and a discussion of replication that argues that it is generally not worth the effort. Readers with some prior statistical exposure -- and statisticians -- may also be surprised to find that p-values do not appear anywhere in the book, and that in fact the authors explicitly argue against their use. Those new to the ideas of Statistical Design of Experiments (DOE)-- or even those who have some familiarity but would like greater insight and simplicity -- should find this handbook an effective way to learn about and apply this powerful technology in their own work.
The Material Science Handbook was developed to assist nuclear facility operating contractors in providing operators, maintenance personnel, and the technical staff with the necessary fundamentals training to ensure a basic understanding of the structure and properties of metals. The handbook includes information on the structure and properties of metals, stress mechanisms in metals, failure modes, and the characteristics of metals that are commonly used in DOE nuclear facilities. This information will provide personnel with a foundation for understanding the properties of facility materials and the way these properties can impose limitations on the operation of equipment and systems.
This book was written to aid quality technicians and engineers. It is a result of 30 years of quality-related work experience. To that end, the intent of this book is to provide the quality professional working in virtually any industry a quick, convenient, and comprehensive guide to properly conducting design of experiments (DOE) for the purpose of process optimization. This is a practical introduction to the basics of DOE, intended for people who have never been exposed to design of experiments, been intimidated in their attempts to learn about DOE, or have not appreciated the potential of this family of tools in their process improvement and optimization efforts. In addition, this book is a useful reference when preparing for and taking many of the ASQ quality certification examinations, including the Certified Quality Technician (CQT), Certified Six Sigma Green Belt (CSSGB), Certified Quality Engineer (CQE), Certified Six Sigma Black Belt (CSSBB), and Certified Reliability Engineer (CRE).
Offering a planned approach for determining cause and effect, DOE Simplified: Practical Tools for Effective Experimentation, Third Edition integrates the authors decades of combined experience in providing training, consulting, and computational tools to industrial experimenters. Supplying readers with the statistical means to analyze how numerous variables interact, it is ideal for those seeking breakthroughs in product quality and process efficiency via systematic experimentation.Following in the footsteps of its bestselling predecessors, this edition incorporates a lively approach to learning the fundamentals of the design of experiments (DOE). It lightens up the inherently dry complexities with interesting sidebars and amusing anecdotes.The book explains simple methods for collecting and displaying data and presents comparative experiments for testing hypotheses. Discussing how to block the sources of variation from your analysis, it looks at two-level factorial designs and covers analysis of variance. It also details a four-step planning process for designing and executing experiments that takes statistical power into consideration.This edition includes a major revision of the software that accompanies the book (via download) and sets the stage for introducing experiment designs where the randomization of one or more hard-to-change factors can be restricted. Along these lines, it includes a new chapter on split plots and adds coverage of a number of recent developments in the design and analysis of experiments.Readers have access to case studies, problems, practice experiments, a glossary of terms, and a glossary of statistical symbols, as well as a series of dynamic online lectures that cover the first several chapters of the book.
"After his girlfriend commits suicide, a teenage history buff looks back at their relationship and tries to understand what lead to the tragedy"--
Most of the classic DOE books were written before DOE software was generally available, so the technical level that they assumed was that of the engineer or scientist who had to write his or her own analysis software. In this practical introduction to DOE, guided by the capabilities of the common software packages, Paul Mathews presents the basic types and methods of designed experiments appropriate for engineers, scientists, quality engineers, and Six Sigma Black Belts and Master Black Belts. Although instructions in the use of Minitab are detailed enough to provide effective guidance to a new Minitab user, the book is still general enough to be very helpful to users of other DOE software packages. Every chapter contains many examples with detailed solutions including extensive output from Minitab.
Chloe Doe chronicles a 17-year-old girl's tumultuous path to becoming a prostitute and her ultimate transformation back into mainstream society. During her therapy at Madeline Parker Institute for Girls, Chloe slowly reveals aspects of her painful past--the stepfather who abused her sister, the mother who let it all happen, the need to love and be loved--and faces the future she finally decides to build for herself. Told in heart-wrenching language that's sometimes caustic, often ironic, and always authentic, Chloe Doe is certain to find a place among classics about teens that triumph over their loneliness and desperation to find hope.
Contains the knowledge and skill requirements necessary for successful completion of the DOE Radiological Control Technician Training Program.
The author’s step-by-step approach leads the reader through the basic concepts and practices of the methodology, supplying instructions on convenient designs. Partial Contents: Basic Statistics. Fundamentals of Experimentation. Fractional Designs. Examples. Using Eight-Run Designs. Simple Designs. Folded-Over Designs. Nomenclature and Design Variations. Estimation of Scatter. Sizing of Experiments. Strategies. Response Surface Methods. Mixture Designs. Latin Squares. Analysis of Variance. Taguchi’s Contributions. Advanced Topics. Computer Programs. Reviews: " ... meets a unique and useful niche by starting with basic concepts and building logically ... The author is very empathetic and helpful to readers who may feel they have less than the needed mathematical skills ... Proper use of these methods is absolutely essential to successful research and development in the modern age."—Rubber World Magazine "To recap this book in a sentence: The goal ... is to glean the maximum amount of information from a minimum amount of work." —Injection Molding Magazine
On an August night in 1986, Jane Doe became the fifth reported woman raped by a sexual serial predator dubbed the Balcony Rapist. Even though the police had full knowledge of the rapist's modus operandi, they made a conscious decision not to issue a warning to women in her neighbourhood. Jane Doe quickly realized that women were being used by the police as bait. The rapist was captured as a result of a tip received after she and a group of women distributed 2,000 posters alerting the community. During the criminal proceedings, Jane Doe became the first raped woman in Ontario to secure her own legal representation -- allowing her to sit in on the hearings instead of out in the hall where victim-witnesses are usually cloistered. As a result, Jane heard details of the police investigation normally withheld from women in her position, which revealed a shocking degree of police negligence and gender discrimination. When the rapist was convicted, the comfort was cold. In 1987, Jane Doe sued the Metropolitan Police Force for negligence and charter violation. It took eleven long years before her civil case finally came to trial -- the rest is history.