Statistics for Non-Equilibrium Phase Field Model Using Thermodynamics Data Estimated by Machine Learning for Additive Manufacturing Solidification

Total visits

views
Non-Equilibrium Phase Field Model Using Thermodynamics Data Estimated by Machine Learning for Additive Manufacturing Solidification 327

Total visits per month

views
April 2024 0
May 2024 4
June 2024 3
July 2024 2
August 2024 0
September 2024 0
October 2024 0

File Visits

views
2018-155-Nomoto.pdf 267

Top country views

views
United States 108
China 64
India 14
Germany 13
Hong Kong SAR China 11
South Korea 8
Canada 7
Singapore 6
Belgium 5
Iran 5
United Kingdom 4
Malaysia 4
Netherlands 3
Russia 3
South Africa 3
Australia 2
Brazil 2
Finland 2
Israel 2
Italy 2
Malta 2
Norway 2
Poland 2
Thailand 2
France 1
Lebanon 1
Portugal 1

Top city views

views
Central 10
Beijing 7
Changsha 5
Izumicho 5
Clemson 4
Jincheng 4
Kwun Hang 4
Leuven 4
Los Angeles 4
Taiyuan 4
Arlington 3
Ashburn 3
Corsicana 3
Council Bluffs 3
Hyderabad 3
Jodhpur 3
Kanpur 3
Midoricho 3
Paderborn 3
Rodenbach 3
Xi'an 3
Abilene 2
Akron 2
Atlanta 2
Auburn 2
Bangkok 2
Bengaluru 2
Berschweiler 2
Boston 2
Cambridge 2
Chiyoda-ku 2
Clifton 2
Courtice 2
De Forest 2
Delft 2
Gdansk 2
Handa 2
Helsinki 2
Imsida 2
Jungnang-gu 2
Kizugawa-shi 2
Kuala Lumpur 2
Mapo-gu 2
Moscow 2
Norman 2
Pretoria 2
Shanghai 2
Sheffield 2
Singapore 2
Sydney 2
Tokyo 2
Trondheim 2
Tuscaloosa 2
Vancouver 2
Ann Arbor 1
Austin 1
Bat Yam 1
Beirut 1
Berwyn 1
Bochum 1
Centurion 1
Chandler 1
Chennai 1
Chiba 1
College Station 1
Dallas 1
Delhi 1
Des Moines 1
Easley 1
Evanston 1
Gwanak-gu 1
Hampton 1
Hangzhou 1
Heverlee 1
Honchō 1
Izhevsk 1
Lancaster 1
Las Vegas 1
Lincolnwood 1
McLean 1
Milan 1
Milano 1
Mountain View 1
Nanaimo 1
Nancy 1
Oberursel 1
Olalla 1
Petaling Jaya 1
Pfofeld 1
Pickens 1
Portland 1
Porto 1
Puchong Batu Dua Belas 1
Reston 1
Richland 1
Rio de Janeiro 1
Sakuragawa 1
Sapporo 1
Seattle 1
Shenzhen 1