29 September 2021
Select Plant Hire Exclusive Webinar: Where welding goes wrong - flaws, reasons and consequences
Welding is a critical fabrication process and, if not correctly applied and controlled, can lead to unacceptable flaws in the finished and operating structure that can render it unfit for purpose as design intended. These situations can be very costly to rectify and may also lead to expensive legal proceedings in order to determine liability. Unfortunately, the liability in these cases isn’t always straightforward. Whilst the product might have failed or be rejected around or in the weld area, there are many potential causes of this. The failure of the owner or purchaser to correctly specify the level of quality of welding required for service, the designer in neglecting to take account of critical environmental factors such as fatigue loading or corrosion, the supply of poor quality base material and/or the welding fabricator not carrying out the proper controls of welding or inspections to produce a fabrication that is fit for purpose, can all be potential causes.
This talk will cover some experience of the types of disputes related to welding that have occurred in recent years and that TWI has been involved with. Specifically in terms of how the failures in the welding process or otherwise were caused, how the liability was established and what were the consequences.
Continuing Professional Development
TWI awards points towards CPD for delegates attending this webinar. Every hour attendance of a webinar will earn 2 points towards your continuing professional development.
Please contact Becki Parratt if you require a certificate of attendance towards your continuing professional development.
Meet the team
Consultant Welding Engineer
David Howse has more than 30 years’ experience in welding engineering, having worked on major projects relating to oil and gas, construction and infrastructure. He graduated in metallurgy from Leeds, later completing an EngD entitled ‘Improved productivity in fusion welding’ at Warwick, and has authored and contributed to more than 20 publications.
David joined TWI in 1994 as a senior project leader in the arcs section. He later spent time as section manager in lasers before, more recently, assuming a senior technical role in the Arc Processes, Fabrication and Welding Engineering section. David has provided technical support to many of TWI’s member companies and overseen a large number of research projects into various aspects of joining technology.