Charles Grislin, a machinery diagnostics engineer at GE Measurement & Control presented a paper on “Field measurement techniques and instrumentation for torsional vibration determination”. This article has been written by Charles Grislin, Nicolas Péton from GE and Guillaume Cousin and Nicolas Denisot, from OROS. This paper describes practical field challenges of torsional natural frequency determination, using the OROS noise and vibration analyzers associated with the Torsion & Twist software module. A poster on a case study was also presented during conference breaks. This presentation was about an elevated vibration on an 110MW generator bearing.
Friday, October 30, 2015
Torsional Vibration Determination presented by GE and OROS
OROS and GE Bently Nevada’s
machinery diagnostics service team participated at the 14thEDF/Pprime Poitiers Workshop held at the Futuroscope in Poitiers, France on
October 8 – 9, 2015. This conference is
organized every year between EDF and the Pprime research institute. This was
the opportunity for 150 participants to exchange around the topic of the “Influence
of design and materials journal and thrust bearing performance.” During
this workshop, university professors, engineers from research department of
machinery manufacturers and other key players of the industry from all around
the world gathered to look toward the next generation of turbomachinery’s
design and materials.
Charles Grislin, a machinery diagnostics engineer at GE Measurement & Control presented a paper on “Field measurement techniques and instrumentation for torsional vibration determination”. This article has been written by Charles Grislin, Nicolas Péton from GE and Guillaume Cousin and Nicolas Denisot, from OROS. This paper describes practical field challenges of torsional natural frequency determination, using the OROS noise and vibration analyzers associated with the Torsion & Twist software module. A poster on a case study was also presented during conference breaks. This presentation was about an elevated vibration on an 110MW generator bearing.
Charles Grislin, a machinery diagnostics engineer at GE Measurement & Control presented a paper on “Field measurement techniques and instrumentation for torsional vibration determination”. This article has been written by Charles Grislin, Nicolas Péton from GE and Guillaume Cousin and Nicolas Denisot, from OROS. This paper describes practical field challenges of torsional natural frequency determination, using the OROS noise and vibration analyzers associated with the Torsion & Twist software module. A poster on a case study was also presented during conference breaks. This presentation was about an elevated vibration on an 110MW generator bearing.
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