Jorge Bris

Dr. Jorge Bris

orcid

Research Focus & Metrics

Academic Career Length

24Years (2003-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 April 2014 in Materials Science and Engineering: C
Verified
Journal Article
Closed access
Yadir Torres HernándezYadir Torres Hernández
Yadir Torres Hernández
SFSheila Lascano Farak
Sheila Lascano Farak
JBJorge Bris
Jorge Bris
JPJuan Pavón
Juan Pavón
JRJosé Antonio Rodríguez-Ortiz
José Antonio Rodríguez-Ortiz

21 July 2017 in Research in Engineering Design
Verified
Journal Article
Closed access
PDF file
Jaime Alberto MesaJaime Alberto Mesa
Jaime Alberto Mesa
HRHeriberto Enrique Maury Ramirez
Heriberto Enrique Maury Ramirez
RARené Arrieta
René Arrieta
LCLesmes Corredor
Lesmes Corredor
JBJorge Bris
Jorge Bris

10 January 2018 in International Journal of Precision Engineering and Manufacturing
Verified
Journal Article
Closed access
PDF file
MMMichael Miranda
Michael Miranda
DSDavid Serje
David Serje
JPJovanny Pacheco
Jovanny Pacheco
JBJorge Bris
Jorge Bris

1 October 2017 in DYNA
Verified
Journal Article
Open access
PDF file
MGMichael Miranda Giraldo
Michael Miranda Giraldo
DSDavid Alfonso Serje
David Alfonso Serje
JBJovanny Alejandro Pacheco Bolívar
Jovanny Alejandro Pacheco Bolívar
JBJorge Bris
Jorge Bris
El micro-maquinado de diferentes componentes basados en polímeros a menudo requiere de gran precisión y un excelente acabado superficial a unas tasas elevadas de producción con un bajo costo. El micro-fresado es un proceso costo-efectivo de micro-maquinado capaz de generar formas complejas en una amplia variedad de materiales. Retos basados en el efecto tamaño, formación de rebabas y una adecuada remoción de la viruta deben ser enfrentados y son tratados en la presente investigación. Los mecanismos de remoción de material, al igual que su impacto en la formación de rebabas y su control, son revisados, acompañados de un caso de estudio a través de la aplicación de refrigeración gaseosa basada en tubos vortex. Diferentes configuraciones de generadores de vortex son probados, demostrando ser una alternativa de respuesta rápida, económica y amigable para la reducción de rebabas mientras se micro-fresan biopolímeros. Dichas configuraciones se utilizaron en el micro-mecanizado de un polímero bio-compatible, midiendo el tamaño de rebaba que se genera en cada prueba, dando como resultado la disminución de estas a media que baja la temperatura de refrigeración.

3 November 2017
Verified
Conference Paper
Closed access
PDF file
ASAbraham Sanchez
Abraham Sanchez
MOMarianella Ojeda
Marianella Ojeda
HGHumberto Gomez
Humberto Gomez
CBCarlos Bermejo
Carlos Bermejo
VMVictor Medina
Victor Medina
JMJulio Medina
Julio Medina
The integrity of pipelines during the transportation of flammable fluids requires the development or implementation of repair/rehabilitation techniques that ensure their performance over time in a cost-effective way, due to the high and potential costs that result from failure (loss of life, damage to property, and penalties from service interruption). In this work, a review of the typical defectology found in gas transport steel pipeline systems is described. As part of the review, the current status of technologies and techniques implemented for the repair and rehabilitation of pipes in the Oil & Gas industry is presented. Based upon the available solutions, a revision is proposed from the regulations and standards which define the implementation of these type of solutions for the natural gas transport pipelines. A comparative summary that includes mechanized or induced defects on pipes for further study and performance measurement of the implemented solutions is presented. Decision factors to be considered in the selection process are displayed according to a particular gas transportation operator’s requirements and general criteria. These factors take into account the required considerations with respect to the pipe material, effect on environments, skill requirements for installation, the in-service installation capability, and the final selected method.

1 September 2003 in International Journal of Fatigue
Verified
Journal Article
Closed access
JBJorge Bris
Jorge Bris
HRHeriberto Enrique Maury Ramirez
Heriberto Enrique Maury Ramirez
APA. Pacheco
A. Pacheco
JTJ. Torres
J. Torres
JWJ. Wilches
J. Wilches