Tephra2 Probabilistic Runner

By Costanza Bonadonna1, Laura J Connor2, Chuck B Connor2, Leah Michelle Courtland2

1. University of Geneva, Switzerland 2. University of South Florida (USF)

Will vary the wind field for a given eruption in order to determine the most probable mass loading of tephra on the ground.

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Version 1.1 - published on 09 Aug 2016

Open source: license | code unavailable

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Usage

Simulation Users

199 in

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Users By Organization Type
Type Users
Unknown 48 (28.74)
University / College Graduate Student 42 (25.15)
University / College Undergraduate 22 (13.17)
Government Agency 17 (10.18)
University / College Faculty 17 (10.18)
University / College Staff 10 (5.99)
National Laboratory 7 (4.19)
Industry / Private Company 3 (1.8)
Retired / Unemployed 1 (0.6)
Users by Country of Residence
Country Users
Unknown 133 (70%)
UNITED STATES 19 (10%)
Unknown 15 (7.89%)
MEXICO 4 (2.11%)
COLOMBIA 4 (2.11%)
NEW ZEALAND 4 (2.11%)
CHILE 4 (2.11%)
JAPAN 3 (1.58%)
UNITED KINGDOM 2 (1.05%)
ICELAND 2 (1.05%)

Simulation Runs

2 in

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Overview
Average Total
Wall Clock Time 63.5 days 127 days
CPU time 8.25 hours 16.5 hours
Interaction Time 19.38 days 38.75 days