AbstractWe consider a single device shock model in which the shocks arrive as a renewal process. We study the asymptotic shape of the failure distribution and find conditions on the renewal process and the ability of the device to survive shocks so that the failure distribution is asymptotically Increasing Failure Rate
AbstractWe construct a coupling of renewal processes by using failure rates; it is particularly usef...
Consider a device or structure whose lifetime under perfect conditions follows a distribution determ...
AbstractThe paper concerns renewal theory for processes of the form (Sn Ξn), where (Sn) is a random ...
AbstractWe consider a single device shock model in which the shocks arrive as a renewal process. We ...
AbstractThis paper extends results obtained by Esary, Marshall and Proschan [10]. Life distribution ...
This thesis is concerned with the lifetime distribution of a device subject to environmental shocks....
Klüppelberg and Stadtmüller (1998, Scand. Actuar. J., no. 1, 49{58) obtained a simple asymptotic for...
Abstract: In this paper we introduce a new class of life distribution called the new better (worse) ...
International audienceWe present a method to assess the reliability of a material operating in a dyn...
AbstractA simple representation of the expectation of a renewal process mean with random time is obt...
Mixture os increasing failure rate distributions (IFR) can decrease at least in some intervals of ti...
This paper summarizes the development of three stress-strength models of reliability in which the st...
AbstractLet {ti, i ⩾ 0} be an ordinary renewal process and assume the lifetime distribution function...
In this paper, we study a reliability system subject to occasional random shocks hitting an underlyi...
We propose a generalized extreme shock model with a possibly increasing failure threshold. Although ...
AbstractWe construct a coupling of renewal processes by using failure rates; it is particularly usef...
Consider a device or structure whose lifetime under perfect conditions follows a distribution determ...
AbstractThe paper concerns renewal theory for processes of the form (Sn Ξn), where (Sn) is a random ...
AbstractWe consider a single device shock model in which the shocks arrive as a renewal process. We ...
AbstractThis paper extends results obtained by Esary, Marshall and Proschan [10]. Life distribution ...
This thesis is concerned with the lifetime distribution of a device subject to environmental shocks....
Klüppelberg and Stadtmüller (1998, Scand. Actuar. J., no. 1, 49{58) obtained a simple asymptotic for...
Abstract: In this paper we introduce a new class of life distribution called the new better (worse) ...
International audienceWe present a method to assess the reliability of a material operating in a dyn...
AbstractA simple representation of the expectation of a renewal process mean with random time is obt...
Mixture os increasing failure rate distributions (IFR) can decrease at least in some intervals of ti...
This paper summarizes the development of three stress-strength models of reliability in which the st...
AbstractLet {ti, i ⩾ 0} be an ordinary renewal process and assume the lifetime distribution function...
In this paper, we study a reliability system subject to occasional random shocks hitting an underlyi...
We propose a generalized extreme shock model with a possibly increasing failure threshold. Although ...
AbstractWe construct a coupling of renewal processes by using failure rates; it is particularly usef...
Consider a device or structure whose lifetime under perfect conditions follows a distribution determ...
AbstractThe paper concerns renewal theory for processes of the form (Sn Ξn), where (Sn) is a random ...
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