Papers for Student Selection for CVEN 5565
Asphalt Pavement Warranties Technology and Practice in Europe
Mathematics Level: 1 Engineering Level: 8 Sociology Level: 3
Chang, Stephanie
“Evaluating Disaster Mitigations: Methodology for Urban Infrastructure Systems”
Mathematics Level: 2 Engineering Level: 1 Sociology Level: 8
Corotis, Ross
“Risk-Setting Policy Strategies for Hazards”
Mathematics Level: 1 Engineering Level: 3 Sociology Level: 7
Corotis, Ross
“Socially Relevant Structural Safety”
Mathematics Level: 1 Engineering Level: 5 Sociology Level: 7
Ellis, J. Hugh, Mingxiang Jiang and Ross Corotis
“Inspection, Maintenance, and Repair with Partial Observability”
Mathematics Level: 9 Engineering Level: 3 Sociology Level: 1
In reader
Frangopol, Dan and Luis Neves
“Probabilistic Performance Prediction of Deteriorating Structures under Different Maintenance Strategies: Condition, Safety and Cost”
Mathematics Level: 7 Engineering Level: 8 Sociology Level: 1
Furuta, H., I. Tsukiyama, M. Dogaki and D.M. Frangopol
“Maintenance Support System of Steel Bridges based on Life Cycle Cost and Performance Evaluation”
Mathematics Level: 7 Engineering Level: 8 Sociology Level: 1
Godschalk, David
“Urban Hazard Mitigation: Creating Resilient Cities”
Mathematics Level: 0 Engineering Level: 2 Sociology Level: 8
Huang, Rong-Yau and Carlos Lien
“A Performance-Based Model for Bridge Life-Cycle Cost Analysis”
Mathematics Level: 4 Engineering Level: 8 Sociology Level: 1
Jiang, Mingxiang, Ross Corotis and J. Hugh Ellis
“Optimal Life-Cycle Costing with Partial Observability”
Mathematics Level: 7 Engineering Level: 5 Sociology Level: 1
In reader
Kim, Yong-Su
“The Economic Effect of Prediction and Execution Schemes of Building Preventive Maintenance Using LCC Concept”
Mathematics Level: 3 Engineering Level: 6 Sociology Level: 5
Mileti, Dennis
Disasters by Design,
“Scenarios of Sustainable Hazards Mitigation”
Mathematics Level: 1 Engineering Level: 3 Sociology Level: 8
Mileti, Dennis
Disasters by Design,
“Influences on the Adoption and Implementation of Mitigation”
Mathematics Level: 1 Engineering Level: 3 Sociology Level: 8
Mileti, Dennis
Disasters by Design,
“Innovative Paths and New Directions”
Mathematics Level: 1 Engineering Level: 3 Sociology Level: 8
Ohkubo, Taka-aki
“Performance-Based Japanese Building Code About Regarding Durability Design and Introduction of a Study on Establishing the Objective-Based Durability Design System”
Mathematics Level: 3 Engineering Level: 5 Sociology Level: 6
Rackwitz, Ruediger
“Discounting for Optimal and Acceptable Technical Facilities Involving Risk”
Mathematics Level: 9 Engineering Level: 4 Sociology Level: 4
In reader
Rackwitz, Ruediger
“Optimization – The basis of Code-Making and Reliability Verification”
Mathematics Level: 8 Engineering Level: 4 Sociology Level: 2
Val, Dimitri and Mark Stewart
“Evaluation of Expected Utility for Decision Analysis of Structures”
Mathematics Level: 6 Engineering Level: 7 Sociology Level: 3
Van Praag, Bernard and Adam Booij
“Risk Aversion and the Subjective Time Discount Rate: A Joint Approach”
Mathematics Level: 7 Engineering Level: 3 Sociology Level: 4
Wen, Y.K. and Y. Kang
“Minimum Building Life-Cycle Cost Design Criteria. I. Methodology, II. Applications”
Mathematics Level: 7 Engineering Level: 5 Sociology Level: 2
Yokota, Hiroshi and Kenichi Komure
“Estimation of Structural Deterioration Process by Markov-Chain and Costs for Rehabilitation”
Mathematics Level: 4 Engineering Level: 8 Sociology Level: 1
Alleman, James, Hirofumi Suto and Paul Rappoport
“An Investment Criterion Incorporating Real Options”
Mathematics Level: 5 Engineering Level: 4 Sociology Level: 5
