Clinic: correlated inputs in an automotive paint shop fire risk simulation

General Motors (GM) has developed a first proof-ofconcept simulation model to explore impacts of various fire events in automotive paint shop operations. The approach uses a chronological event tree structure to assess effectiveness of various fire protection options to reduce the potential for significant property damage and loss of production capability. For confidentiality purposes, GM has disguised the numerical data presented in this case study. GM is seeking advice from the simulation community on modeling questions related to input distribution modeling, and correlation structure among input random variables.

• Type: Conference
• Year: 2007
• Where: WSC
• Authors: Debra A. Elkins, A. Christine LaFleur, Earnest Foster, Jeffrey D. Tew, Bahar Biller, James R. Wilson
• Keywords: Event Tree Structure, Input Random Variables, Modeling And Simulation, Proof-ofconcept Simulation Model, WSC 2007