Darryl A. Rosario, P.E. MS in Mechanical Engineering, State University of New York at Stony Brook Over 25 years experience in stress and fracture mechanics analyses of power plant components Expertise in deterministic and probabilistic fracture mechanics methods, including high temperature creep-fatigue crack growth Developer of EPRI LPRimLife computer code to evaluate rim-attachment cracking in LP rotors Developer of EPRI RLSM software for creep-fatigue life assessment of fossil plant components Co-developer of EPRI Creep-FatiguePro and Boiler OIO computer codes for turbine/boiler components Contributor to EPRI SAFER and Turbo-X computer codes for performing remaining life evaluations of turbo-generators rotors Co-developer of economics-based risk assessment method for boiler tube failures Close This Window