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Aspects of Precise Heat Input Control for High Frequency Welding

September 13, 2017
Source: ASM International

High-frequency welding is a thermo-mechanical process that relies on precise heat input as well as mechanical control as strip edges are heated and forged together to produce a seam weld.  Heat input can be defined as a way of characterizing the temperature distribution at the strip edges prior to forging them together.  Heat input is affected by several process variables, ranging from raw material properties to welder settings and weld area setup. 

These are summarized in this paper, with special attention to the effects of welder frequency, welder power, line speed, and steel alloy composition on heat input and the resulting weld quality.  Frequencies in the range of 100 - 800 kHz are considered.  Data from tube mills (including general data and controlled on-the-mill experiments), laboratory evaluation, and gleeble simulations are included in this paper.

Dr. Lesley D. Frame , Thermatool Corp., East Haven, CT

Mr. Kevin Davis , Thermatool Corp., East Haven, CT

Ms. Olexandra Tupalo , Thermatool Corp., East Haven, CT

Mr. Tom Ignatowski , Thermatool Corp., East Haven, CT

Mr. Mick Nallen , Thermatool Corp., East Haven, CT

 

Tuesday, October 24, 2017: 11:20 AM

A223-225 (Greater Columbus Convention Center)

https://asm.confex.com/asm/ht2017/webprogram/Paper43683.html 

Subject Classifications

Materials Processing and Treatment | Heat Treating

Materials Processing and Treatment | Welding


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