FMEA robustness toolsread more
Ishikawa diagramread more
The Ishikawa diagram(orcause & effect diagram) was developed in 1943 by Kaoru Ishikawa.
Design Review Based on Failure Moderead more
Changes to current series production often have high and underestimated risks. FMEA is the defining tool for anticipating potential malfunctions and their consequences in the development process. Does this also apply to easily "manageable" design changes?
Requirement Management and FMEAread more
How they work together!
Allocating prevention and detection controls to an evaluationread more
by Winfried Dietz (Dietz Consultants) FMEA evaluations: Discussing severity, occurrence, detection effectively in team meetings and taking decisions. The core of risk analysis (5th Step of the VDA/AIAG FMEA Handbook 2019) is the application of evaluation tables to risk assessment. The conceptual models for FMEA evaluation are presented below.
The load with Special Characteristics in FMEAread more
by Dr. Uwe-Klaus Jarosch (Benteler Automobiltechnik GmbH) How does FMEA help to determine Special Characteristics? A proposed solution. FMEAs describe technology. Special Characteristics (SC) are required in some industries, such as to add technological exclamation marks. The article presents how the FMEA tool helps to determine SC with 3 additional rules.