Technical Book: [~Practical Exercises~ Reliability Sampling Tests, Accelerated Tests, and Data Analysis]
WS248 *Available for preview
Technical Book [~Practical Exercises~ Reliability Sampling Tests, Accelerated Tests, and Data Analysis] *Available for preview.
<Author> Fumiyuki Harada, Fuji Xerox Co., Ltd., Quality Headquarters, Evaluation Technology Department Member of the Japan Society for Quality Control / Member of the Japan Society for Reliability Engineering / Domestic Committee Member of IEC (TC56) Graduated from the Department of Management Engineering, Faculty of Science and Technology, Tokyo University of Science in April 1977. Joined Fuji Xerox in 1982, primarily engaged in printer development, reliability management, and reliability evaluation, later involved in the development of accelerated testing methods for equipment and components, development of databases and design tools for reliability prediction and reliability design, and reform of the design and evaluation processes for component reliability. Additionally, while engaging in reliability education for engineers both inside and outside the company, participated as a member of IEC TC56 (Dependability) in the deliberation of IEC international standards (draft) and discussions on domestic standardization. <Publication Date> March 10, 2006 <List Price> 52,290 yen (including tax) <Format> B5 size, hardcover, 187 pages
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This book summarizes the concepts of reliability, data analysis, test design, and the approach to accelerated testing that should be understood from a practical perspective, minimizing the theory and mathematics of reliability. It aims for engineers engaged in product development, reliability management, and quality assurance to not merely mimic methods but to understand the fundamentals of reliability, enabling them to select appropriate procedures and methods. Therefore, while some explanations may seem somewhat rough from the standpoint of reliability theory or academic precision, the book concisely introduces methods that are versatile and easy to apply in practical activities rather than complex theories or techniques. In this book, the focus is placed on the knowledge and methods required to practically collect and analyze reliability data while working on building reliability, rather than on reliability management techniques or reliability design methods such as FMEA/FTA. This approach is based on the belief that it is more efficient to tackle methods that require a solid technical foundation after establishing the basics of reliability. The intended audience includes designers and reliability engineers developing equipment and units, but the fundamentals of reliability are the same and can be sufficiently applied to other products and materials as well.
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52,290 yen (including tax)
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Chapter 1: Fundamentals of Reliability and Reliability Testing 1. History of Reliability 2. Environment Surrounding Reliability 3. Basics of Reliability 4. Reliability Testing Chapter 2: Determining Test Scale and Estimating MTBF/Failure Rate 1. Failure Distribution 2. Design of Reliability Tests 3. Estimation of MTBF ● Exercises Chapter 3: Analysis of Reliability Data 1. Basics of Data Analysis 2. Characteristics of Reliability Data and Data Collection Methods 3. Types of Reliability Data ● Exercises Chapter 4: Analysis of Lifetime Data 1. Exponential Distribution and Weibull Distribution 2. How to Use Probability Paper 3. Analysis of Complete Data 4. Analysis of Incomplete Data (Cumulative Hazard Method) 5. Considerations for Reliability Data Analysis ● Exercises Chapter 5: Approaches and Methods for Accelerated Testing 1. Concept of Accelerated Testing 2. Acceleration of Failure Rate and Lifetime 3. Representative Accelerated Models 4. Physical Approach to Failure and Physical Failure Models ● Exercises Chapter 6: Approaches and Case Studies for Accelerated Testing of Equipment and Components
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