Some mathematical musings about extreme events for geotechnical risk, without (much of) the math
Pete Quinn
In the proceedings of: GeoSt. John's 2019: 72nd Canadian Geotechnical ConferenceSession: Reliability/Probabilistic Approaches
ABSTRACT: Extreme events seem to occur with surprising regularity, at frequencies greatly exceeding those expected from a typical analysis of probabilities that assume well-behaved statistical characteristics. Many natural phenomena, including those involving geologic materials, have heavy tails that decay much slower than a normal distribution, often as a power law, with fractal geometric character and associated non-intuitive behavior, particularly for the rare events that represent the tails of the probability distributions. This paper exploits an example from an unrelated field – finance – to illustrate key behaviours of power law phenomena before returning to those of geologic materials, with discussion of important implications to geohazard risk assessment.
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Quinn, Pete (2019) Some mathematical musings about extreme events for geotechnical risk, without (much of) the math in GEO2019. Ottawa, Ontario: Canadian Geotechnical Society.
@article{Quinn_GEO2019_353,
author = Pete Quinn,
title = Some mathematical musings about extreme events for geotechnical risk, without (much of) the math ,
year = 2019
}
title = Some mathematical musings about extreme events for geotechnical risk, without (much of) the math ,
year = 2019
}