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- W607948159 abstract "A computer code for structura! reliability analyses of wind turbine rotor blades subjected to fatigue loading is presented. Willi pre-processors that can transform measured and theoretically predicted load series to load range distributions by rain-flow counting and with a family of generic distribution modeIs for parametric representation of these distributions this computer program is suitable for carrying through probabilistic fatigue analyses of rotor blades. To further introduce structural reliability methods in blades ane has to deR! willi uncertainties in the loading the design procedures of wind turbines the uge of tailor- and uncertainties in the fatigue strength. These made computer codes to determine the failure uncertainties are not only caused by the natural variability probabilities accurately and efficiently are inevitable. For of the wind loading and the inherent scatter in the fatigue this reason the JOULE III project PRODETO strength, but are also due to statisticai uncertainty, which (probabilistic Design Tool) has been carried out in the is an estimation uncertainty caused by a limited amount of period January 1996 through November 1998 (4-6). The data available. The cumulative load spectrum is based on main objective of this project is the development of a a limited number of measured or simulated 10-minute computer code to be used partly as a tool for structural time series, while only a limited number of coupon tests reliability analyses of wind turbine components and partly are performed to determine the S-N curve that gives the as a safety factor calibration tool. number of cycles to failure. The statisticai uncertainty gets A brie f overview of the theoretical background and smaller when the number of observation s increases. the structure of the computer code is presented in this To take into account these uncertainties (partial) paper. To provide a better understanding of what partial safety factors are used quite ofte n in design codes. In safety factors represent and how they are deri ved and former days these safety factors were determined calibrated a case study has been carried out, covering empirically, however structural reliability methods form analyses of the rotor blades of a prototype wind turbine. the formal and rational basis for calibration of structural Same results of this case study will be presented. design codes. In practice, this means that structural reliability methods can be used as a basis for calibration of the partial safety factors, which are used in traditional 2. COMPUTER CODE" @default.
- W607948159 created "2016-06-24" @default.
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- W607948159 date "1999-01-01" @default.
- W607948159 modified "2023-09-23" @default.
- W607948159 title "PRODETO, A COMPUTER CODE FOR PROBABILISTIC FA TIGUE DESIGN" @default.
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