Zobrazeno 1 - 10
of 16
pro vyhledávání: '"Jorel Lopes Rodrigues Dos Anjos"'
Autor:
Flávia Cristina Petersen, Antonio Carlos Ramos Junior, Marcello Marques, Hugo Alves Da Silva, Juliana Mieli Fernandes, Jorel Lopes Rodrigues dos Anjos, Renato Márcio Dias Russo, Isa Guimarães Veiga, Douglas Ribeiro Silva, Rodrigo Moreira Araujo
Publikováno v:
Day 2 Tue, May 03, 2022.
The need to reduce costs, to increase the attractiveness of development projects in the mature fields environment is a necessary condition to allow the incorporation of new reserves and has led the oil industry to seek better practices in well constr
Autor:
Flávia Cristina Petersen, Antonio Carlos Ramos Junior, Marcello Marques, Hugo Alves Da Silva, Priscilla Regina Dalvi Dos Santos, Lorrainy Toledo Rodrigues, Jorel Lopes Rodrigues dos Anjos, Renato Márcio Dias Russo, Virgílio Martins Ferreira Filho
Publikováno v:
Day 1 Mon, May 02, 2022.
The development of digital transformation tools has significantly increased the amount of available data in recent years. As in all sectors of the economy, the oil industry, with a focus on well construction, was not left out of the process. Numerous
Autor:
E. S. Paranhos Sobrinho, Eduardo Nobre Lages, L. F. M. Almeida, Jorel Lopes Rodrigues Dos Anjos, Clemente Gonçalves, R. S. Escarpini Filho
Publikováno v:
SPE Journal. 26:1092-1109
Summary The mobility of salt rocks may cause problems, such as stuck pipe, high torque, casing collapse, and hole closure, promoting enormous losses in different areas. The drilling mud weight generates a hydrostatic pressure that serves as a counter
Autor:
E. T. Lima Junior, Felipe Lima De Oliveira, João Paulo Lima Santos, Jorel Lopes Rodrigues Dos Anjos, William Wagner Matos Lira, Lucas Pereira De Gouveia
Publikováno v:
Journal of Petroleum Exploration and Production Technology, Vol 10, Iss 5, Pp 2089-2104 (2020)
This paper addresses the probabilistic analysis of casing tubulars, regarding the failure modes defined in API 5C3 code, which refers to the violation of elastic regime due to internal and external pressures, and axial force. The casing system perfor
Autor:
Jorel Lopes Rodrigues Dos Anjos, Clemente Gonçalves, João Paulo Nogueira De Araújo, Thiago Barbosa Da Silva, Felipe Lima De Oliveira, Eduardo Toledo de Lima Junior, Maria Clara Almeida Souza, Lucas Pereira De Gouveia, William Wagner Matos Lira, João Paulo Lima Santos
Publikováno v:
Rio Oil and Gas Expo and Conference. 20:141-142
Autor:
Clemente Gonçalves, William Wagner Matos Lira, Marcus Vinicius Duarte Ferreira, Eduardo Toledo de Lima Junior, Thiago Barbosa Da Silva, Lucas Pereira De Gouveia, João Paulo Lima Santos, Jorel Lopes Rodrigues Dos Anjos, João Paulo Nogueira De Araújo, Felipe Lima De Oliveira
Publikováno v:
Rio Oil and Gas Expo and Conference. 20:138-139
Autor:
Eduardo Toledo de Lima Junior, Luís Philipe Ribeiro Almeida, Jorel Lopes Rodrigues Dos Anjos, William Wagner Matos Lira, João Paulo Lima Santos, João Paulo Nogueira De Araújo, Felipe Lima De Oliveira, Lucas Pereira De Gouveia, Thiago Barbosa Da Silva
Publikováno v:
Rio Oil and Gas Expo and Conference. 20:143-144
Autor:
Eduardo Toledo de Lima Junior, Thiago Barbosa Da Silva, Jorel Lopes Rodrigues Dos Anjos, João Paulo Nogueira De Araújo, Felipe Lima De Oliveira, Lucas Pereira De Gouveia, João Paulo Lima Santos, William Wagner Matos Lira, Marcus Vinicius Duarte Ferreira, Clemente Gonçalves
Publikováno v:
Rio Oil and Gas Expo and Conference. 20:139-140
Autor:
William Wagner Matos Lira, Marcus Vinicius Duarte Ferreira, Lucas Pereira De Gouveia, Eduardo da Silva Paranhos Sobrinho, Thiago Barbosa Da Silva, Lucas Gouveia Omena Lopes, João Paulo Nogueira De Araújo, Clemente Gonçalves, Felipe Lima De Oliveira, Jorel Lopes Rodrigues Dos Anjos
Publikováno v:
Rio Oil and Gas Expo and Conference. 20:437-438
Autor:
Thiago Barbosa Da Silva, William Wagner Matos Lira, Jorel Lopes Rodrigues Dos Anjos, Lucas Pereira De Gouveia, Eduardo Toledo de Lima Junior, João Paulo Nogueira De Araújo, Felipe Lima De Oliveira, João Paulo Lima Santos
Publikováno v:
Day 1 Tue, October 29, 2019.
It is proposed a new methodology for calculating safety factors in triaxial casing design, regarding Ultimate Limit State (ULS) models. The definition of an equivalent axial force allows an unified graphical approach, in which both ULS and Serviceabi