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nanoMATERIALS nanoscale heat transport

By Keng-Hua Lin¹, Sean Sullivan¹, Mathew Joseph Cherukara¹, Alejandro Strachan¹, Tianli Feng¹, Xiulin Ruan¹, Bo Qiu¹

1. Purdue University

Non-equilibrium MD simulations of heat transport in nano-materials

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Version 1.1.2 - published on 25 Mar 2016

doi:10.4231/D3610VT0F cite this

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Usage

World usage

Location of all "nanoMATERIALS nanoscale heat transport" Users Since Its Posting

• Monthly
• Yearly
• Cumulative

Simulation Users

269 Jul 2017

11 13 32 38 40 43 47 48 49 53 58 60 65 71 71 73 73 76 78 78 78 142 146 147 146 150 150 151 152 154 156 158 159 159 160 164 165 167 167 167 168 170 172 176 180 183 186 188 196 199 201 204 208 213 216 220 221 223 226 229 234 236 238 241 244 247 252 257 263 264 269 269

Users By Organization Type

Type	Users
Educational - University	162 (60.22%)
Unidentified	90 (33.46%)
Industry	11 (4.09%)
Educational - Pre-College	3 (1.12%)
Government Agency	2 (0.74%)
National Lab	1 (0.37%)

Users by Country of Residence

Country	Users
UNITED STATES	98 (66.22%)
INDIA	16 (10.81%)
CHINA	8 (5.41%)
KOREA, REPUBLIC OF	7 (4.73%)
COLOMBIA	6 (4.05%)
CANADA	3 (2.03%)
FRANCE	3 (2.03%)
SPAIN	3 (2.03%)
UNITED KINGDOM	2 (1.35%)
BELGIUM	2 (1.35%)

Simulation Runs

2,078 Jul 2017

138 145 542 698 701 704 711 717 723 730 745 775 813 920 921 928 930 937 942 946 946 1244 1252 1254 1120 1134 1135 1137 1138 1144 1148 1158 1163 1165 1171 1185 1191 1198 1198 1200 1201 1206 1594 1612 1623 1632 1640 1643 1662 1702 1705 1715 1748 1762 1769 1784 1789 1791 1797 1814 1827 1857 1865 1887 1901 1933 1944 1968 2009 2044 2072 2078

Overview

	Average	Total
Wall Clock Time	8.72 hours	385.23 days
CPU time	2.26 hours	99.97 days
Interaction Time	2.45 hours	108.37 days