This paper reviews means for fatigue damage rates estimation using Laplace distributed multiaxial loads. The model is suitable for description of stresses containing transients of random amplitudes and locations. Explicit formulas for computing the expected value of rainflow damage index as a function of excess kurtosis are given for correlated loads. A Laplace model is used to describe variability of forces and bending moments measured at some location on a cultivator frame. An example of actual cultivator data is used to illustrate the model and demonstrate the accuracy of damage index prediction
This paper deals with the fatigue analysis of slender structures subjected to the wind action. A 50-...
An equivalent constant amplitude fatigue loading (Miner's stress) is developed for stationary random...
The problem of estimating the fatigue damage in randomly vibrating structures with uncertain paramet...
This paper reviews means for fatigue damage rates estimation usingLaplace distributed multiaxial loa...
This paper introduces means for fatigue damage rates estimation using Laplace distributed multiaxial...
Abstract. This paper introduces means for fatigue damage rates estimation us-ing Laplace distributed...
Modeling of loads on a vehicle through Laplace moving averages is extended to the multivariate setti...
Modeling of loads on a vehicle through Laplace moving averages is extended to the multivariate setti...
This paper summarises an attempt to propose a novel stress invariant based approach suitable for est...
The objective of this research work is to assess existing models for different loading conditions. T...
Abstract The fatigue of components and structures under real stress is a very complex process that ...
The problem of estimating the mean rain-flow fatigue damage in randomly vibrat-ing structures, is co...
In order to assess the fatigue behaviour of structural components under a complex (cyclic or random)...
The problem of estimating the mean rain-flow fatigue damage in randomly vibrating structures is cons...
The rainflow method is a method for counting fatigue stress-reversal cycles from a time history, as ...
This paper deals with the fatigue analysis of slender structures subjected to the wind action. A 50-...
An equivalent constant amplitude fatigue loading (Miner's stress) is developed for stationary random...
The problem of estimating the fatigue damage in randomly vibrating structures with uncertain paramet...
This paper reviews means for fatigue damage rates estimation usingLaplace distributed multiaxial loa...
This paper introduces means for fatigue damage rates estimation using Laplace distributed multiaxial...
Abstract. This paper introduces means for fatigue damage rates estimation us-ing Laplace distributed...
Modeling of loads on a vehicle through Laplace moving averages is extended to the multivariate setti...
Modeling of loads on a vehicle through Laplace moving averages is extended to the multivariate setti...
This paper summarises an attempt to propose a novel stress invariant based approach suitable for est...
The objective of this research work is to assess existing models for different loading conditions. T...
Abstract The fatigue of components and structures under real stress is a very complex process that ...
The problem of estimating the mean rain-flow fatigue damage in randomly vibrat-ing structures, is co...
In order to assess the fatigue behaviour of structural components under a complex (cyclic or random)...
The problem of estimating the mean rain-flow fatigue damage in randomly vibrating structures is cons...
The rainflow method is a method for counting fatigue stress-reversal cycles from a time history, as ...
This paper deals with the fatigue analysis of slender structures subjected to the wind action. A 50-...
An equivalent constant amplitude fatigue loading (Miner's stress) is developed for stationary random...
The problem of estimating the fatigue damage in randomly vibrating structures with uncertain paramet...