Add to ORKGInternational audienceWe present a method to assess the reliability of a material operating in a dynamic environment. The dynamic environment is represented as a sequence of shocks governed by a self-exciting point process. Different distribution models for the time-to-failure of the material are suggested. The case of a piecewise exponential model where a Cox's model is integrated to take into account the effect of the stress is investigated. Maximum likelihood estimates of the model parameters are studied
There has been considerable interest in quality and reliability improvement methods among researcher...
AbstractThis paper extends results obtained by Esary, Marshall and Proschan [10]. Life distribution ...
International audienceIn this paper, we develop a new reliability model for dependent competing fail...
International audienceWe present a method to assess the reliability of a material operating in a dyn...
This paper summarizes the development of three stress-strength models of reliability in which the st...
The system reliability for a shock model with accumulating damages will be described by marked point...
Consider a device or structure whose lifetime under perfect conditions follows a distribution determ...
A promising approach to failure modeling, in particular to developing failure-time distri-butions, i...
A promising approach to failure modeling, in particular to developing failure-time distri-butions, i...
Engineering systems usually deteriorate due to some underlying degradation processes and possibly ra...
International audienceReliability of systems often depends on their age (aging or burn-in period), o...
This thesis is concerned with the lifetime distribution of a device subject to environmental shocks....
The problem of time variant reliability analysis of existing structures subjected to stationary rand...
In the previous part (i.e. part one) of this paper a differential equation intended to model a wide ...
It is of great engineering interest to assess during the operation of a dynamic system whether it is...
There has been considerable interest in quality and reliability improvement methods among researcher...
AbstractThis paper extends results obtained by Esary, Marshall and Proschan [10]. Life distribution ...
International audienceIn this paper, we develop a new reliability model for dependent competing fail...
International audienceWe present a method to assess the reliability of a material operating in a dyn...
This paper summarizes the development of three stress-strength models of reliability in which the st...
The system reliability for a shock model with accumulating damages will be described by marked point...
Consider a device or structure whose lifetime under perfect conditions follows a distribution determ...
A promising approach to failure modeling, in particular to developing failure-time distri-butions, i...
A promising approach to failure modeling, in particular to developing failure-time distri-butions, i...
Engineering systems usually deteriorate due to some underlying degradation processes and possibly ra...
International audienceReliability of systems often depends on their age (aging or burn-in period), o...
This thesis is concerned with the lifetime distribution of a device subject to environmental shocks....
The problem of time variant reliability analysis of existing structures subjected to stationary rand...
In the previous part (i.e. part one) of this paper a differential equation intended to model a wide ...
It is of great engineering interest to assess during the operation of a dynamic system whether it is...
There has been considerable interest in quality and reliability improvement methods among researcher...
AbstractThis paper extends results obtained by Esary, Marshall and Proschan [10]. Life distribution ...
International audienceIn this paper, we develop a new reliability model for dependent competing fail...