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A stochastic model relating rainfall intensity to raindrop processes
James A. Smith, Richard D. De Veaux
Civil & Environmental Engineering
Geosciences
High Meadows Environmental Institute
Research output
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Article
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peer-review
17
Scopus citations
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Keyphrases
Stochastic Model
100%
Rainfall Intensity
100%
Rainfall Rate
100%
Raindrop
100%
Temporal Variability
50%
Lognormal Model
37%
Drop Size Distribution
25%
Average Time Interval
25%
New Jersey
12%
Statistical Model
12%
Rainfall
12%
Stochastic Processes
12%
Coefficient of Variation
12%
North Carolina
12%
Temporal Correlation Structure
12%
Mean Diameter
12%
Scaling Properties
12%
Arrival Rate
12%
Alaska
12%
Accumulated Rainfall
12%
Oregon
12%
Fixed Parameter
12%
Marshall Islands
12%
Engineering
Stochastic Model
100%
Rainfall Rate
100%
Rainfall Intensity
100%
Lognormal
37%
Coefficient of Variation
12%
Arrival Rate
12%
Drop Diameter
12%
Statistical Model
12%
Temporal Correlation
12%
Fixed Parameter
12%
Mathematics
Stochastic Model
100%
Temporal Variability
100%
time interval τ
50%
Timescale
25%
Stochastic Process
25%
Correlation Structure
25%
Temporal Correlation
25%
arrival rate λ
25%
Earth and Planetary Sciences
Precipitation Intensity
100%
Raindrop
100%
New Jersey
14%
Timescale
14%
North Carolina
14%
Oregon
14%
Alaska
14%
Empirical Analysis
14%
Stochastic Process
14%
Marshall Islands
14%
Economics, Econometrics and Finance
Temporal Variability
100%
Measure of Dispersion
25%