A method is proposed to compute the transition probability (the probability of partial or total failure) of parallel redundant system. The effect of geometry of the system, the direction of load, and the degree of redundancy on the probability of complete survival of parachute-like system are also studied. The results show that the probability of complete survival of three-member parachute-like system is very sensitive to the variation of horizontal angle of the load. However, it becomes very insignificant as the degree of redundancy increases
Structural reliability under multiple hazards is investigated. In the first part, the reliability o...
Abstra t. The paper presents features and implementation of a shared redundant approa h to in rease ...
AbstractComputing system reliability when system components are correlated presents a challenge beca...
A method and a computer program are presented to calculate probability of system success from an arb...
AbstractFor systems in which the probability that an incorrect output is observed differs with input...
A practical method for determining the point estimate of the collapse probability of ductile struct...
Systems with spatially distributed units, e.g. Unmanned Aerial Vehicle (UAV), are emerging in aerosp...
Today computers are widely used and their failures can lead to catastrophe. Redundancy is used to im...
This paper considers a stand by redundant system consisting of two identical modules. Each module is...
The redundancy of a structure refers to the extent of strength that is not considered in design. For...
Equations which define the reliability of n-fold parallel systems with stand-by spares, and triply r...
Modelling the reliability of redundant systems is an important step to estimate the ability of a sys...
Analytical fault detection algorithms have the potential to reduce the size, power and weight of saf...
The study results from the graphical representation on connectivity probability of systems that have...
Computing system reliability when system components are correlated presents a challenge because it u...
Structural reliability under multiple hazards is investigated. In the first part, the reliability o...
Abstra t. The paper presents features and implementation of a shared redundant approa h to in rease ...
AbstractComputing system reliability when system components are correlated presents a challenge beca...
A method and a computer program are presented to calculate probability of system success from an arb...
AbstractFor systems in which the probability that an incorrect output is observed differs with input...
A practical method for determining the point estimate of the collapse probability of ductile struct...
Systems with spatially distributed units, e.g. Unmanned Aerial Vehicle (UAV), are emerging in aerosp...
Today computers are widely used and their failures can lead to catastrophe. Redundancy is used to im...
This paper considers a stand by redundant system consisting of two identical modules. Each module is...
The redundancy of a structure refers to the extent of strength that is not considered in design. For...
Equations which define the reliability of n-fold parallel systems with stand-by spares, and triply r...
Modelling the reliability of redundant systems is an important step to estimate the ability of a sys...
Analytical fault detection algorithms have the potential to reduce the size, power and weight of saf...
The study results from the graphical representation on connectivity probability of systems that have...
Computing system reliability when system components are correlated presents a challenge because it u...
Structural reliability under multiple hazards is investigated. In the first part, the reliability o...
Abstra t. The paper presents features and implementation of a shared redundant approa h to in rease ...
AbstractComputing system reliability when system components are correlated presents a challenge beca...