@book{a979c01fd2884190921096a229257f9a,
title = "Physical and Model Uncertainty for Fatigue Design of Composite Material",
abstract = "The main aim of the present report is to establish stochastic models for the uncertainties related to fatigue design of composite materials. The uncertainties considered are the physical uncertainty related to the static and fatigue strength and the model uncertainty related to Miners rule for linear damage accumulation. Test data analyzed are taken from the Optimat database [1] which is public available. The composite material tested within the Optimat project is normally used for wind turbine blades.",
keywords = "Stochastic Models, Wind Turbine Blades, Model Uncertainty, Miners Rule, Fatigue Tests, Fatigue Design, Stress Cycle, Composite Materials, Composite Materials, Fatigue Design, Stochastic Models, Fatigue Tests, Miners Rule, Model Uncertainty, Stress Cycle, Wind Turbine Blades",
author = "Toft, {Henrik Stensgaard} and S{\o}rensen, {John Dalsgaard}",
year = "2010",
language = "English",
series = "DCE Technical reports",
publisher = "Department of Civil Engineering, Aalborg University",
number = "107",
address = "Denmark",
}