<abstract xml:lang="en" xmlns="http://www.w3.org/1999/xhtml"><p>The non-linear analytic-numerically computed calculations with use of two different heat source models are adopted for Pulsed Power Welding (PPW). The following heat source models are used in this study: cylindrical-involution-normal (C-I-N) and double-ellipsoidal (D-E). At first the temperature fields generated by C-I-N and D-E heat sources with pulsed power in both stationary and moving co-ordinates systems (Fourier transformation form) are established.</p></abstract>

The non-linear analytic-numerically computed calculations with use of two different heat source models are adopted for Pulsed Power Welding (PPW). The following heat source models are used in this study: cylindrical-involution-normal (C-I-N) and double-ellipsoidal (D-E). At first the temperature fields generated by C-I-N and D-E heat sources with pulsed power in both stationary and moving co-ordinates systems (Fourier transformation form) are established.

Mathematical modelling of the thermal cycle in heat affected zone with three dimensional heat source models and pulsed power welding - Part I

Mechanical Department, University of Technology and Life Science, Bydgoszcz, Poland

Advances in Materials Science

The non-linear analytic-numerically computed calculations with use of two different heat source models are adopted for Pulsed Power Welding (PPW). The...

Mathematical modelling of the thermal cycle in heat affected zone with three dimensional heat source models and pulsed power welding - Part I

Published Online: Jan 13, 2010

Page range: 4 - 11

DOI: https://doi.org/10.2478/v10077-009-0011-3

Keywords
temperature, power input, heat source

This content is open access.

Mathematical modelling of the thermal cycle in heat affected zone with three dimensional heat source models and pulsed power welding - Part I

Published Online: Jan 13, 2010

Page range: 4 - 11

DOI: https://doi.org/10.2478/v10077-009-0011-3

Keywordstemperature, power input, heat source

This content is open access.

Keywords
temperature, power input, heat source