Total Visits

Views
Accelerating a Coupled SPH-FEM Solver through Heterogeneous Computing for use in Fluid-Structure Interaction Problems276

Total Visits Per Month

August 2018September 2018October 2018November 2018December 2018January 2019February 2019
Accelerating a Coupled SPH-FEM Solver through Heterogeneous Computing for use in Fluid-Structure Interaction Problems4391131013

File Visits

Views
Gilbert_JN_D_2015.pdf6005
Gilbert_JN_D_2015_support_2.pdf63

Top country views

Views
United States78
China56
France25
Germany23
United Kingdom15
Spain10
Turkey10
Japan9
South Korea7
Canada5
Brazil3
India3
Iran3
Italy3
Morocco3
Russia3
Vietnam3
Indonesia2
Algeria1
Ecuador1
Hong Kong1
Croatia1
Ireland1
Malaysia1
Netherlands1
Norway1
Pakistan1
Portugal1

Top cities views

Views
Ashburn13
Beijing12
Changsha11
Shanghai9
Southend9
Blacksburg6
Durham6
Hangzhou6
Richardson6
Tokyo6
Barcelona4
Chongqing4
Hatay4
Fairfax3
Hanoi3
Harbin3
Nantes3
Odenton3
Xian3
Ann Arbor2
Balingen2
Dalian2
Fort Wayne2
Fremont2
Huntsville2
Izhevsk2
Knoxville2
Los Angeles2
Magdeburg2
Matawan2
Radford2
Seongnam2
Victoria2
Washington2
Arlington1
Asnières1
Atlanta1
Bandung1
Bangalore1
Bosco Chiesanuova1
Bristol1
Buffalo1
Central District1
Centrale1
Chengdu1
Christiansburg1
Cork1
Daejeon1
Engen1
Esfahan1
Guangzhou1
Guayaquil1
Guwahati1
Hamburg1
Heiwajima1
Houston1
Islamabad1
Jakarta1
Leeds1
Liujing1
Madison1
Madrid1
Manchester1
Milan1
Minneapolis1
Montréal1
Munich1
Norfolk1
Nort-sur-erdre1
Olney1
Ottawa1
Palatine1
Paris1
Pittsburgh1
Rochester1
Royersford1
Seattle1
Shenzhen1
State College1
Storrs Mansfield1
Stuttgart1
São Paulo1
Tehran1
Tianjin1
Valencia1