Determination of Maximum Follow-up Speed of Electrode System of Resistance Projection Welders

Pei Wu; Wenqi Zhang; Niels Bay

Determination of Maximum Follow-up Speed of Electrode System of Resistance Projection Welders

Pei Wu, Wenqi Zhang, Niels Bay

Research output: Contribution to journal › Journal article › Research › peer-review

Abstract

The maximum follow-up speed of electrode system represents the dynamic mechanical response capacity of resistance projection welding machines, which is important to make the diffrernce from one machine to the other and to consider the individual behavior of machines in designing or optimizing the weld process settings for the stable production and high quality of products. In this paper, the maximum follow-up speed of electrode system was tested by using a special designed device which can be mounted to all types of machine and easily to be applied in industry, the corresponding mathematical expression was derived based on a mathematical model. Good accordance was found between test and model.

Original language	English
Journal	International Journal for the Joining of Materials
Volume	16
Issue number	2
Pages (from-to)	33-36
ISSN	0905-6866
Publication status	Published - 2004

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title = "Determination of Maximum Follow-up Speed of Electrode System of Resistance Projection Welders",

abstract = "The maximum follow-up speed of electrode system represents the dynamic mechanical response capacity of resistance projection welding machines, which is important to make the diffrernce from one machine to the other and to consider the individual behavior of machines in designing or optimizing the weld process settings for the stable production and high quality of products. In this paper, the maximum follow-up speed of electrode system was tested by using a special designed device which can be mounted to all types of machine and easily to be applied in industry, the corresponding mathematical expression was derived based on a mathematical model. Good accordance was found between test and model.",

author = "Pei Wu and Wenqi Zhang and Niels Bay",

year = "2004",

language = "English",

volume = "16",

pages = "33--36",

journal = "International Journal for the Joining of Materials",

issn = "0905-6866",

publisher = "J O M Institute",

number = "2",

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TY - JOUR

T1 - Determination of Maximum Follow-up Speed of Electrode System of Resistance Projection Welders

AU - Wu, Pei

AU - Zhang, Wenqi

AU - Bay, Niels

PY - 2004

Y1 - 2004

N2 - The maximum follow-up speed of electrode system represents the dynamic mechanical response capacity of resistance projection welding machines, which is important to make the diffrernce from one machine to the other and to consider the individual behavior of machines in designing or optimizing the weld process settings for the stable production and high quality of products. In this paper, the maximum follow-up speed of electrode system was tested by using a special designed device which can be mounted to all types of machine and easily to be applied in industry, the corresponding mathematical expression was derived based on a mathematical model. Good accordance was found between test and model.

AB - The maximum follow-up speed of electrode system represents the dynamic mechanical response capacity of resistance projection welding machines, which is important to make the diffrernce from one machine to the other and to consider the individual behavior of machines in designing or optimizing the weld process settings for the stable production and high quality of products. In this paper, the maximum follow-up speed of electrode system was tested by using a special designed device which can be mounted to all types of machine and easily to be applied in industry, the corresponding mathematical expression was derived based on a mathematical model. Good accordance was found between test and model.

M3 - Journal article

VL - 16

SP - 33

EP - 36

JO - International Journal for the Joining of Materials

JF - International Journal for the Joining of Materials

SN - 0905-6866

IS - 2

ER -