Add to ORKGAbstract: In this paper, we present the study of the two-parameter Weibull distribution theory and its parameters (shape β and scale α) using Weibull Probability Plotting. Using the failure data for haul trucks in operation at a marble quarry, we obtain the fatigue life equation by regression under different failure probabilities. Weibull distribution analysis for reliability and maintainability is showing a tendency of increasing failure rate, leaving room for decisions on reliability centered maintenance planning, machine improvements, optimal load and the need for review of data collection process
In 1939, W. Weibull developed what is now commonly known as the "Weibull Distribution Function" prim...
International audienceSurfaces subjected to rolling and sliding contacts may suffer from contact fat...
Reliability is an important consideration in the planning, design and operation of engineering syste...
It was observed that in a particular open-pit mine, failure of the front and rear suspensions of a p...
AbstractImproving reliability in the context of transportation is of great importance. The running-i...
An engineering system can exhibit two- or multi-dimensions in its lifetime. As the classical univari...
The Weibull model is widely used for estimating the reliability of engineering materials. More relia...
A reliability prediction is essential for developing reliable products. The manufacturer should know...
Today, maintaining a mining equipment is an expensive affair. The two factors which influence signif...
The failure data of bearing products is random and discrete and shows evident uncertainty. Is it acc...
The two-parameter Weibull distribution has been widely used for modelling the lifetime of products a...
In this paper, we study three different models, each involving two Weibull distributions, to model f...
Reliability estimation procedures are discussed for the example of fatigue development in solder joi...
The aim of this paper is to introduce a parametric distribution model in fatigue life reliability an...
In many real-world reliability engineering applications, basic engineering considerations typically ...
In 1939, W. Weibull developed what is now commonly known as the "Weibull Distribution Function" prim...
International audienceSurfaces subjected to rolling and sliding contacts may suffer from contact fat...
Reliability is an important consideration in the planning, design and operation of engineering syste...
It was observed that in a particular open-pit mine, failure of the front and rear suspensions of a p...
AbstractImproving reliability in the context of transportation is of great importance. The running-i...
An engineering system can exhibit two- or multi-dimensions in its lifetime. As the classical univari...
The Weibull model is widely used for estimating the reliability of engineering materials. More relia...
A reliability prediction is essential for developing reliable products. The manufacturer should know...
Today, maintaining a mining equipment is an expensive affair. The two factors which influence signif...
The failure data of bearing products is random and discrete and shows evident uncertainty. Is it acc...
The two-parameter Weibull distribution has been widely used for modelling the lifetime of products a...
In this paper, we study three different models, each involving two Weibull distributions, to model f...
Reliability estimation procedures are discussed for the example of fatigue development in solder joi...
The aim of this paper is to introduce a parametric distribution model in fatigue life reliability an...
In many real-world reliability engineering applications, basic engineering considerations typically ...
In 1939, W. Weibull developed what is now commonly known as the "Weibull Distribution Function" prim...
International audienceSurfaces subjected to rolling and sliding contacts may suffer from contact fat...
Reliability is an important consideration in the planning, design and operation of engineering syste...