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Virtual Kinetics of Materials Laboratory: Dendritic Growth

By Michael Waters, R. Edwin García

Purdue University

Simulates the Dendritic Solidification of a Single Spherical Nuclei

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Version 0.2.1 - published on 18 Aug 2008

doi:10254/nanohub-r4799.3 cite this

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Usage

Table 1: Overview
Item Average Total
Simulation Users: - 126
Interactive Sessions: - 349
Simulation Sessions: - 325
Simulation Runs: - 674
Wall Clock Time: 3.48 hours 47.19 days
CPU time: 14.83 minutes 3.35 days
Interaction Time: 1.25 hours 16.91 days

Table 2: Users By Organization Type
# Type Users Percent
1 Educational - University 85 67.46
2 Unidentified 27 21.43
3 Government Agency 7 5.56
4 Industry 6 4.76
5 Educational - Pre-College 3 2.38
6 National Lab 2 1.59
7 Unemployed 1 0.79
Total Users 126 100
Table 3: Users by Country of Residence
# Country Users Percent
1 UNITED STATES 60 47.62
2 CROATIA 8 6.35
3 INDIA 6 4.76
4 KOREA, REPUBLIC OF 4 3.17
5 CHINA 3 2.38
6 UNITED KINGDOM 3 2.38
7 CANADA 3 2.38
8 FRANCE 2 1.59
9 BANGLADESH 1 0.79
10 SPAIN 1 0.79
Total Users 126 100
Table 4: Top Domains by User Count
# Domains Users Percent
1 Unidentified 35 27.78
2 purdue.edu 27 21.43
3 phy.hr 11 8.73
4 comcast.net 9 7.14
5 nist.gov 5 3.97
6 sbcglobal.net 3 2.38
7 verizon.net 3 2.38
8 umich.edu 3 2.38
9 hubzero.org 3 2.38
10 csun.edu 3 2.38
Total Users 126 100

Location of all "Virtual Kinetics of Materials Laboratory: Dendritic Growth" Users Since Its Posting

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