| TUTORIAL LECTURE | ||
 | Peter de Place Rimmen - Danfoss Drives A/S Introduction to the modern Reliability based on physics and statistics | |
| Abstract | ||
| Product-Reliability is meeting customers’ expectations throughout expected use time. The Modern product/component Reliability are based on the physics, statistics and the stress/mission profile the component or design will experience. The method discussed will make it possible to have the important dialog with the management to understand the impact of poor reliability and the necessary priorities that always shall be done in a company. The methods discussed here closes the reliability learning loop from setting up the Reliability Goal, following up during the Design Phases, Production Phases and the values can be compared with Field Failures. The method is based on the Physics of Failure parameters, Weibull, Mean Cumulative Function and this make it possible to estimate Warranty cost, which can be transformed to Standard Unit Cost and make it possible to optimize the total product cost. You will have the opportunity to try some of the methods discussed yourself after the tutorial. | ||
| Biography | ||
| Peter de Place Rimmen is today Reliability Advisor at Danfoss Power Electronics A/S (Now named Danfoss Drives) in Denmark. Started at Danfoss in 2009. His experience is coming from a total 47 years with R&D or Quality. Totally 7 years as designer, 10 years with management and during the last 30 years Peter has worked with practical approach implementing Reliability in followed companies: Vestas Wind System R&D from 2004 to 2009, Grundfos Management from 1997 to 2004 and Bang & Olufsen R&D from 1988 to 1997. Before that, he had careers at B&O as a constructor, Test engineer, Plant manager and Project manager. Peter had for some time participated in IEC dependability group. Peter has together with Nokia trained Nokia R&D and Vestas R&D people around the world in “Design for Quality and Reliability.” Today Peter is participating in “CORPE” Centre of Reliable Power Electronics at Aalborg University, taught at the PhD Reliability Course and 2th Master Class at Aalborg University and at SDU (South Danish University) in modern reliability, 4 years participated in ZVEI “Facts Sheets Group for Robustness Validation”, board member FAST (Danish Society for Applied Statistics) from 2003 to 2016 and initiated in 2001 and member of the Danish Six Sigma ERFA-group, subgroup of FAST. Member of the Danish Reliability group (SPM-6) since 1988. | ||
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