Jorge A. Henriquez

Publication Activity (10 Years)

Years Active: 2011-2017
Publications (10 Years): 2

Top Topics

Energy Distribution

Monitoring System

High Reliability

Top Venues

Publications

Aníbal S. Morales, Pablo Aqueveque, Jorge A. Henriquez, Francisco Saavedra, Eduardo P. Wiechmann
A technology review of idler condition based monitoring systems for critical overland conveyors in open-pit mining applications. IAS (2017)
Eduardo P. Wiechmann, Pablo Aqueveque, Jorge A. Henriquez, Aníbal S. Morales
An intercell busbar topology to improve resilience to anomalies of copper electrorefining process. IAS (2016)
Eduardo P. Wiechmann, Aníbal S. Morales, Pablo Aqueveque, Esteban J. Pino, Luis G. Munoz, Jorge A. Henriquez
Intercell busbar design for copper electrowining. IAS (2015)
Eduardo P. Wiechmann, Aníbal S. Morales, Pablo Aqueveque, Jorge A. Henriquez, Luis G. Munoz
3D FEM thermal and electrical analysis of copper electrowining intercell bars. IAS (2015)
Eduardo P. Wiechmann, Pablo Aqueveque, Luis G. Munoz, Jorge A. Henriquez
Energy quality and efficiency of an open pit mine distribution system: An improvement. IAS (2014)
Pablo Aqueveque, Eduardo P. Wiechmann, Jorge A. Henriquez, Luis G. Munoz
Energy quality and efficiency of an open pit mine distribution system: An evaluation. IAS (2014)
Eduardo P. Wiechmann, Pablo Aqueveque, Luis G. Munoz, Jorge A. Henriquez, Aníbal S. Morales
Technical assessment of industrial operation of copper electrowinning cells with current source topology. IAS (2013)
Eduardo P. Wiechmann, Pablo Aqueveque, Jorge A. Henriquez, Luis G. Munoz, Aníbal S. Morales
BMC: A modulating bar for copper electrowining designed for heavy duty and high reliability. IAS (2013)
Eduardo P. Wiechmann, Luis G. Munoz, Pablo Aqueveque, Guillermo A. Vidal, Jorge A. Henriquez
Introducing a bypass-backup connection system for current mode copper electrowinning intercell bars. IAS (2012)
Eduardo P. Wiechmann, Pablo Aqueveque, Guillermo A. Vidal, Jorge A. Henriquez
: A design concept to improve energy efficiency in copper electrowinning processes. IAS (2011)