Tensile properties of insulated electrical conductor

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‘Tensile properties of insulated electrical conductor,’by Roger N. Wright, Rensselaer Polytechnic Institute, and Kevin Patenaude, University of Massachusetts at Lowell, USA.70th Annual Convention, 2000, Session 11 – Insulated Conductors Nashville, Tenn., USARealistic assessment of the mechanical properties of insulated electrical conductor must include the composite behavior of both the conductor and its insulation. Toward this end, PVC-insulated 8 AWG copper wire has been tensile tested, and compared to the tensile properties of the bare copper and the insulation, tested separately. Rule-of-mixtures analysis has been applied in an effort to interpret unique features of the composite tensile curve.

Description

‘Tensile properties of insulated electrical conductor,’by Roger N. Wright, Rensselaer Polytechnic Institute, and Kevin Patenaude, University of Massachusetts at Lowell, USA.70th Annual Convention, 2000, Session 11 – Insulated Conductors Nashville, Tenn., USARealistic assessment of the mechanical properties of insulated electrical conductor must include the composite behavior of both the conductor and its insulation. Toward this end, PVC-insulated 8 AWG copper wire has been tensile tested, and compared to the tensile properties of the bare copper and the insulation, tested separately. Rule-of-mixtures analysis has been applied in an effort to interpret unique features of the composite tensile curve.

Additional information

Author(s)

Roger N. Wright, Rensselaer Polytechnic Institute, and Kevin Patenaude, University of Massachusetts at Lowell, USA.

Publication/Event/Pages

Paper presented at WAI 70th Annual Convention, Nashville, TN USA. Paper published in Wire Journal International, May 2001, pg. 94.

Year

2000