INTELLIGENT SYSTEM FOR ELECTRIC VEHICLE CHARGING: DESIGN AND OPERATION

JAVIER SEDANO FRANCO; MIGUEL PORTAL GARCIA; ALEJANDRO HERNANDEZ ARAUZO; JOSÉ RAMÓN VILLAR FLECHA; JORGE PUENTE PEINADOR; RAMIRO VARELA ARIAS

doi:https://doi.org/10.6036/5788

PAPER SENDING SUBSCRIPTION

Search engine :

DYNA JOURNAL ENGINEERING

Skip to the menu
Skip to the content

Return to the menu

Search

Vote:

Results:

0 points

0 Votes

INTELLIGENT SYSTEM FOR ELECTRIC VEHICLE CHARGING: DESIGN AND OPERATION

NOVEMBER 2013 - Volume: 88 - Pages: 640-647

DOI:

https://doi.org/10.6036/5788

Authors:

JAVIER SEDANO FRANCO

- MIGUEL PORTAL GARCIA - ALEJANDRO HERNANDEZ ARAUZO -

JOSÉ RAMÓN VILLAR FLECHA

- JORGE PUENTE PEINADOR - RAMIRO VARELA ARIAS

Disciplines:

Transportation systems technology (COMBINACION DE SISTEMAS )

Downloads: 449

Cites in Web of Science: 6

How to cite this paper:

Download pdf

Download pdf

Received Date : 11 March 2013

Reviewing Date : 10 June 2013

Accepted Date : 15 June 2013

Key words:: electrónica, vehículo eléctrico, diseño de electrónica, planificadores, sistemas de razonamiento basados en casos, aplicaciones informáticas, Infrarred Termography, musculoskeletical disorders, assembly cell, fatigue
Article type:: ARTICULO DE INVESTIGACION / RESEARCH ARTICLE
Section:: RESEARCH ARTICLES

This work develops a protocol for tracking thermal parameters (skin temperature) in operators (men and women) that work in an experimental assembly station, by monitoring the temperature of the skin on the back-shoulders-hand, using the method of infrared thermography as a noninvasive tool for risk assessment in musculoskeletal diseases. The study characterizes the difference in temperature for men and women that perform same manual assembly tasks. It is observed the infrared thermography as a useful tool that allows collecting data that can be used in the biomechanical design of work stations.

Share: