Experimental data indicate that the Rainflow cycle counting technique is valid for fatigue crack growth analysis. This technique was incorporated into a procedure for engineering predictions of crack propagation life under random loading on the basis of experimental data for constant amplitude loading. Predictions require less computer time and offer an accuracy favourably comparable to that of existing techniques
Abstract The fatigue of components and structures under real stress is a very complex process that ...
Rainflow counting methods convert a complex load time history into a set of load reversals for use i...
Low cycle fatigue life and crack growth rates were analysis established for random load sequences, g...
Fatigue crack propagation tests were carried out on an Al-Cu alloy under specially designed complex ...
An equivalent constant amplitude fatigue loading (Miner's stress) is developed for stationary random...
The availability of minicomputers and microprocessors, at a reasonable cost, has provided a signifi...
In a previous paper, the present authors clarified that COD is a suitable parameter to interpret the...
This project involved development of a method to predict the fatigue crack propagation process in th...
We present a new and simple definition of the Rain Flow Cycle count method for the analysis of a ran...
Rainflow cycle counting provides the basis for accelerated fatigue analysis covering crack initiatio...
In order to analyse the fatigue crack growth under random loading and to have enough data to analyse...
Most fatigue loaded structural components are subjected to variable amplitude loads which must be pr...
Low cycle fatigue life and crack growth rates were analytically estimated for random load sequences,...
Metal fatigue is generally considered to be the most important failure mode in structural and mechan...
AbstractMost fatigue loaded structural components are subjected to variable amplitude loads which mu...
Abstract The fatigue of components and structures under real stress is a very complex process that ...
Rainflow counting methods convert a complex load time history into a set of load reversals for use i...
Low cycle fatigue life and crack growth rates were analysis established for random load sequences, g...
Fatigue crack propagation tests were carried out on an Al-Cu alloy under specially designed complex ...
An equivalent constant amplitude fatigue loading (Miner's stress) is developed for stationary random...
The availability of minicomputers and microprocessors, at a reasonable cost, has provided a signifi...
In a previous paper, the present authors clarified that COD is a suitable parameter to interpret the...
This project involved development of a method to predict the fatigue crack propagation process in th...
We present a new and simple definition of the Rain Flow Cycle count method for the analysis of a ran...
Rainflow cycle counting provides the basis for accelerated fatigue analysis covering crack initiatio...
In order to analyse the fatigue crack growth under random loading and to have enough data to analyse...
Most fatigue loaded structural components are subjected to variable amplitude loads which must be pr...
Low cycle fatigue life and crack growth rates were analytically estimated for random load sequences,...
Metal fatigue is generally considered to be the most important failure mode in structural and mechan...
AbstractMost fatigue loaded structural components are subjected to variable amplitude loads which mu...
Abstract The fatigue of components and structures under real stress is a very complex process that ...
Rainflow counting methods convert a complex load time history into a set of load reversals for use i...
Low cycle fatigue life and crack growth rates were analysis established for random load sequences, g...