Belgian Welding Institute
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Welding Processes

  • Comparison of Cobot and Manual Welding Based on Arc Parameters

    The present publication proposes an empirical evaluation of real-time quality monitoring of MIG/MAG welding of dissimilar high strength steels DP800 and DP1000 in T-joints based on the measurement of the processes parameters. A new strategy is proposed to evaluate the quality of the welds of HSS materials using the ISO 5817 standard. From the obtained results, a correlation between the process parameters and the quality of the weld was established. An operational comparison between cobot and manual welding was performed based on their repeatability. The results confirm the higher repeatability of the mechanised cobot process and the feasibility of using process parameters as an in-situ NDT technique for production control.

  • New Strategy to Evaluate Specific and Complex Welds Application Using EN ISO 5817 Standard

  • Practical Guideline 3D Printing with gas metal arc welding

  • Unveiling the disguised complexities of Wire-Arc AM

    Driven by the demand for increased manufacturing efficiency of engineering structures, WAAM which is also known as directed energy deposition-arc (DED-arc), can basically be seen as the integration of an “additive” principle in the wire-arc welding process.

  • Call for Papers BIL|NIL Lassymposium 2021

    BIL|NIL Lassymposium: November 17th & 18th 2021
    Deadline submissions: June 18th 2021

  • Real-time quality monitoring of MIG/MAG welding using acoustic emission monitoring

  • Call for Papers NIL|BIL Lassymposium 2020

    NIL|BIL Lassymposium: October 6 - 8, 2020
    Submission deadline: July 17, 2020

  • Acoustic emission as on-line tool for non-destructive inspection of welding

    The main objective is to investigate and develop a non-destructive quality control for friction spot welds by using acoustic emission monitoring. The influence of several welding parameters on the acoustic emission result was investigated and a standard setup with a minimum of background noise was developed. To get a better understanding of the acoustic emission technique, a second welding technique namely MIG/MAG robotic welding was investigated. 

  • Literature survey ultrasonic welding

    Ultrasonic welding is a ‘solid-state’ welding process that can be used to join similar or dissimilar materials, by applying high frequency vibration and normal pressure to the weld interface. The major advantage of this method is the low heat input at the weld interface. Because of the cold welding technique, ultrasonic welding can be used to join thin foils to thick sheets and the properties related to the heat at the weld interface are less significant. So welds such as aluminium to copper, aluminium to steel, etc. can be made. 

  • Advanced Welding Technologies For Multi-Material Design

    Global trends force the industry to manufacture lighter, safer, more environmentally friendly, more performant and cheaper products. Combining conventional metals with others or even new materials, offers designers solutions where a design consisting out of one material fails. A multi-material design exploits the material with desired properties for each part of the component or product. Multi-material design is however hindered by challenges in the field of joining technology. The prerequisite for the production of such multi-material components is the availability of suitable joining technologies. New developments for a range of welding processes has however provided the possibility to join dissimilar metals. The project “INNOJOIN” provides insight in new modern welding technologies for welding of dissimilar sheet metals and helped companies to identify the most suitable welding technology for their products.

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