Statistics for MODELING AND ANALYSIS OF MULTIPLE LARGE SCALE HYDRAULIC FRACTURES IN ANISOTROPIC ROCK

Total visits

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MODELING AND ANALYSIS OF MULTIPLE LARGE SCALE HYDRAULIC FRACTURES IN ANISOTROPIC ROCK 441

Total visits per month

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July 2024 3
August 2024 4
September 2024 1
October 2024 3
November 2024 1
December 2024 3
January 2025 0

File Visits

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2018_Sesetty_Varahanaresh_Dissertation.pdf 33
2018_Sesetty_Varahanaresh_Dissertation.docx 1
7fb1bf24-6aa2-4584-93f7-aa72bff3b0f9 1
de7b889e-4b95-4eae-adcb-846a8d44e0bb 1

Top country views

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United States 152
China 93
Germany 22
Australia 12
Iran 9
India 7
Singapore 7
Russia 6
Netherlands 5
Argentina 4
United Kingdom 4
France 3
Hong Kong SAR China 3
Ireland 3
Pakistan 3
Romania 3
Canada 2
Egypt 2
Spain 2
Indonesia 2
Taiwan 2
Vietnam 2
Austria 1
Chile 1
Algeria 1
Finland 1
Kenya 1
Libya 1
Mongolia 1
Malaysia 1
Poland 1
Saudi Arabia 1
Sweden 1
Syria 1
Ukraine 1

Top city views

views
Norman 43
Chengdu 23
San Mateo 20
Salt Lake City 17
Beijing 14
Houston 7
Qingdao 7
Riverside 7
College Station 6
Grand Forks 6
Singapore 6
Ashburn 5
Boardman 5
Xi'an 5
Shanghai 4
Zhengzhou 4
Amsterdam 3
Brisbane 3
Karachi 3
Castro Valley 2
Chicago 2
Clayton 2
Dublin 2
Franklin 2
Hanoi 2
Jambi City 2
Katy 2
Killeen 2
Langfang 2
Los Angeles 2
Morgantown 2
Nanjing 2
Panjim 2
Seattle 2
Shenzhen 2
Spring 2
Suez 2
Tianjin 2
A Coruña 1
Adelaide 1
Albuquerque 1
Atlanta 1
Austin 1
Berlin 1
Bochum 1
Bucharest 1
Buenos Aires 1
Chennai 1
Chongqing 1
Coimbatore 1
Córdoba 1
Dallas 1
Des Moines 1
Edmonton 1
Herndon 1
Jeddah 1
Johnstown 1
Kuala Lumpur 1
Kunming 1
Latham 1
Leoben 1
Littleton 1
Livermore 1
Manchester 1
Mumbai 1
Munich 1
North Bergen 1
Odesa 1
Old Bridge 1
Rancagua 1
Reghaïa 1
Regina 1
Saint-Germain-en-Laye 1
Taipei 1
Taoyuan District 1
Vigo 1
Wuhan 1