Crest of the Royal National Institution of Naval Architects - Click to return to the homepage

RINA NEW BANNER

MarintechChina Until June 2022

Hybrid Expo

SMM May_June 2022

Autoship

International Registries May 2022

Air Products May 2022

IJME 384

Paper title: Investigation of Welder Selection Parameters Based on Fuzzy Analytic Hierarchy Process in Shipbuilding

 

Authors

M Ozkok, Karadeniz  Technical University, Turkey

Summary 

Today, it is very significant to select appropriate welders in shipbuilding industry. The fact that there is a really tough competition between shipyards triggers the increasing of welder quality. Higher welder quality means higher quality welding workmanship. If a shipyard has a high quality workmanship, it has bigger competitive power than its rivals. Therefore, shipyard management must take welder selection into more consideration. In this study, the weights of welder selection parameters of shipyards were determined by utilizing Chang’s extent analysis method. In this way, it is aimed to understand the point of view of shipyards in selecting welder. In addition, taking into account the important parameters in welder selection, the welders can improve their weak sides. Consequently, the results obtained from this study are believed to be a guide for the people who want to work as a welder in shipyards.

Reference

Transactions RINA, Vol 158, Part A3, International Journal Maritime Engineering, Jul-Sep 2016 

DOI Number

DOI No: 10.3940/rina.ijme.2016.a3.384

Search and Order IJME papers

All International Journal of Maritime Engineering (IJME) papers are listed in the RINA Publications Database. You can search the database by author name and paper title. Publications may be ordered and paid for online. Other publications are also listed, some of which may be downloaded free of charge. Follow the link to Search Publications & Order.

RINA membership

Cyber Security On Demand Button

LNG_FEB_FINAL_BUTTON_20022

Teinbridge Propeller

Euronaval Apr - Oct 2022

Uni Stratchclyde June 2021

Metstrade May 2022