Applications of p-boxes and probability bounds analysis

P-boxes and probability bounds analysis have been used in many applications spanning many disciplines in engineering and environmental science, including:

• Engineering design^[1]
• Expert elicitation^[2]
• Analysis of species sensitivity distributions^[3]
• Sensitivity analysis in aerospace engineering of the buckling load of the frontskirt of the Ariane 5 launcher^[4]
• ODE models of chemical reactor dynamics^[5][6]
• Pharmacokinetic variability of inhaled VOCs^[7]
• Groundwater modeling^[8]
• Bounding failure probability for series systems^[9]
• Heavy metal contamination in soil at an ironworks brownfield^[10][11]
• Uncertainty propagation for salinity risk models^[12]
• Power supply system safety assessment^[13]
• Contaminated land risk assessment^[14]
• Engineered systems for drinking water treatment^[15]
• Computing soil screening levels^[16]
• Human health and ecological risk analysis by the U.S. EPA of PCB contamination at the Housatonic River Superfund site^[17][18]
• Environmental assessment for the Calcasieu Estuary Superfund site^[19]
• Aerospace engineering for supersonic nozzle thrust^[20]
• Verification and validation in scientific computation for engineering problems^[21]
• Toxicity to small mammals of environmental mercury contamination^[22]
• Modeling travel time of pollution in groundwater^[23]
• Reliability analysis^[24]
• Endangered species assessment for reintroduction of Leadbeater's possum^[25]
• Exposure of insectivorous birds to an agricultural pesticide^[26]
• Climate change projections^[10][27][28]
• Waiting time in queuing systems^[29]
• Extinction risk analysis for spotted owl on the Olympic Peninsula^[30]
• Biosecurity against introduction of invasive species or agricultural pests^[31]
• Finite-element structural analysis^[32][33][34]
• Cost estimates^[35]
• Nuclear stockpile certification^[36]
• Fracking risks to water pollution^[37]

• Space Trajectory Optimisation^[38]
• Asteroid Impact Probability ^[39]