Titlebook: Water Resources Engineering Risk Assessment; Jacques Ganoulis Conference proceedings 1991 Springer-Verlag Berlin Heidelberg 1991 Hydrologi

Constrain

補(bǔ)充

Emg827

Risk in Coastal Pollutioncoastal cities. Various uncertainties in physical, hydrodynamic, chemical and biological characteristics of the marine environment influence the engineering design of wastewater treatment plants and marine disposal strategies. This is formulated as a problem of assessing the engineering risk, to mee

Offbeat

Risk in Coastal Pollutioncoastal cities. Various uncertainties in physical, hydrodynamic, chemical and biological characteristics of the marine environment influence the engineering design of wastewater treatment plants and marine disposal strategies. This is formulated as a problem of assessing the engineering risk, to mee

細(xì)絲

Probabilistic Simulation for Reliable Solute Source Identification in Heterogeneous Porous Media time solute transport are conducted with the help of stochastically generated hydraulic conductivity fields, kriging, and the random walk particle tracking method. The methodology is capable of pinpointing the most probable solute source and assessing, in a rational manner, the relative liability o

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cacophony

Bayesian Analysis of Robustness of Models in Water and Environmental Sciencessentativeness uncertainties. For dealing with such uncertainties methods are presented using Bayes techniques embedding the reference models class in larger ones. Examples of applications are given where design sea levels have to be estimated on one hand, river flow and temperature have to be simula

清晰

Bayesian Analysis of Robustness of Models in Water and Environmental Sciencessentativeness uncertainties. For dealing with such uncertainties methods are presented using Bayes techniques embedding the reference models class in larger ones. Examples of applications are given where design sea levels have to be estimated on one hand, river flow and temperature have to be simula

和平主義

Reliability with Fuzzy Elements in Water Quantity and Quality Problemslity problems. A mix probabilistic/fuzzy logic based approach is presented, using the respective examples of flood protection reliability and control of pollutant loading reliability. In the flood protection example, the fuzzy risk-cost is calculated within the framework of a decision model with two

Fillet,Filet

Reliability with Fuzzy Elements in Water Quantity and Quality Problemslity problems. A mix probabilistic/fuzzy logic based approach is presented, using the respective examples of flood protection reliability and control of pollutant loading reliability. In the flood protection example, the fuzzy risk-cost is calculated within the framework of a decision model with two