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A Stochastic Tool-Life Model
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1981
Year
Software MaintenanceEngineeringIndustrial EngineeringMechanical EngineeringSoftware EngineeringModeling ToolStochastic Tool-life ModelTool UseSocial SciencesOperations ResearchReliability EngineeringMachine ToolIndividual Cutting EdgeSystems EngineeringQuantitative ManagementTool-life ModelTool WearDesignEngineering Failure AnalysisLifecycle ModelTool DeathIndustrial DesignMaterial MachiningCivil EngineeringMechanics Of Materials
A tool-life model based on the assumption that wear and fracture are the causes of tool death is re-examined from the theoretical standpoint, and extended to include the effect of cutting speed on the fracture-induced failure rate. A stochastic model for multi edge cutting tools is also proposed. This enables the overall statistics to be derived from the data for each individual cutting edge.