Books

There are several books available that provide detailed information on conducting Failure Mode and Effects Analysis (FMEA). Here are a few examples:

  1. “FMEA: A Practical Guide, Second Edition” by Robin E. McDermott and Michael R. Beauregard: This book provides a comprehensive overview of the FMEA process, including how to conduct an FMEA, how to use FMEA results to improve product and process design, and how to effectively implement and use FMEA in an organization.
  2. “FMEA: A Practical Approach, Second Edition” by Raymond J. Mikulak and Robin E. McDermott: This book provides a step-by-step guide to conducting an FMEA, including how to identify and evaluate potential failure modes and their effects, how to prioritize and address high-risk issues, and how to effectively communicate and document FMEA results.
  3. “FMEA for Lean Six Sigma” by Robin E. McDermott and Raymond J. Mikulak: This book provides guidance on using FMEA as a tool for identifying and addressing potential failures in lean Six Sigma projects. It includes case studies and examples to illustrate how FMEA can be effectively integrated into a lean Six Sigma improvement process.
  4. “Design FMEA: A Structured Approach to Failure Mode and Effects Analysis” by Mark A. Davis: This book provides a detailed guide to conducting FMEA in the design phase of a product or process. It includes information on how to identify and evaluate potential failure modes, how to prioritize and address high-risk issues, and how to use FMEA results to improve the design of a product or process.
  5. “FMEA: A Guide to Failure Mode and Effects Analysis” by Craig K. Sherwood: This book provides an introduction to the FMEA process, including how to conduct an FMEA, how to use FMEA results to improve product and process design, and how to effectively implement and use FMEA in an organization.

These books can provide a useful resource for those who are new to FMEA or who want to learn more about best practices for conducting an FMEA.


FMEA books

Risk Analsyis

Medical Risks

Design Optimization