tailieunhanh - Engineering Statistics Handbook Episode 10 Part 2

Tham khảo tài liệu 'engineering statistics handbook episode 10 part 2', kỹ thuật - công nghệ, cơ khí - chế tạo máy phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả | 8. Assessing Product Reliability ENGINEERING STATISTICS HANDBOOK hW tools raids lỉEÂtCH BACK Nixf 8. Assessing Product Reliability This chapter describes the terms models and techniques used to evaluate and predict product reliability. 1. Introduction 1. Why important 2. Basic terms and models 3. Common difficulties 4. Modeling physical acceleration 5. Common acceleration models 6. Basic non-repairable lifetime distributions 7. Basic models for repairable systems 8. Evaluate reliability bottom-up 9. Modeling reliability growth 2. Assumptions Prerequisites 1. Choosing appropriate life distribution 2. Plotting reliability data 3. Testing assumptions 4. Choosing a physical acceleration model 5. Models and assumptions for Bayesian methods 10. Bayesian methodology 3. Reliability Data Collection 1. Planning reliability assessment tests 4. Reliability Data Analysis 1. Estimating parameters from censored data 2. Fitting an acceleration model 3. Projecting reliability at use conditions 4. Comparing reliability between two or more populations 5. Fitting system repair rate models 6. Estimating reliability using a Bayesian gamma prior http div898 handbook apr 1 of 2 5 1 2006 10 41 21 AM 8. Assessing Product Reliability Click here for a detailed table of contents References for Chapter 8 NIST SEMATECH HOME TOOLS AID S SEARCH BACK NEXT http div898 handbook apr 2 of 2 5 1 2006 10 41 21 AM 8. Assessing Product Reliability 2. Weibull . 3. Extreme value distributions . 4. Lognormal 5. Gamma . 6. Fatigue life Birnbaum-Saunders . 7. Proportional hazards model 7. What are some basic repair rate models used for repairable systems . 1. Homogeneous Poisson Process HPP . 2. Non-Homogeneous Poisson Process NHPP - power law . 3. Exponential law 8. How can you evaluate reliability from the bottom-up component failure mode to system failure rate . 1. Competing risk .