em. Prof.dr.ir. J. Wardenier
Lecturing in the courses CT 3121 “Steel structures 2” and OE 4651 “Bottom founded offshore structures”.
Specialized in steel structures, with a speciality in Tubular or Hollow Section Structures (Static and Fatigue).
- Member or chairman of various international committees in the field of Hollow Sections, for example from CIDECT, IIW and ISOPE
- Chairman of the NEN committee “Steel Bridges”
- Gives various courses abroad on Tubular structures
Oomens, M, Romeijn, A, Wardenier, J , & Dijkstra, OD (2005).
Development and validation of a 3-D fracture mechanics model for thick-walled CHS T-joints. In s.n. (Ed.), Proceedings of the fifteenth (2005) international offshore and polar engineering conference ISOPE (pp. 333-340). Cupertino, CA, USA: ISOPE. (TUD)
Vegte, GJ van der, Makino, Y, & Wardenier, J (2005).
The influence of boundary conditions on the chord load effect for CHS gap K-joints. In FSK Bijlaard, AM Gresnigt, & GJ van der Vegte (Eds.), Connections in steel structures V; behaviour, strength & design (pp. 433-443). Zoetermeer: Bouwen met staal. (TUD)
Liu, DK, & Wardenier, J (2006).
Effect of chord loads on the strength of RHS uniplanar gap K-joints. In JA Packer & S Willibald (Eds.), Tubular Structures XI; proceedings of the 11th international symposium and IIW international conference on tubular structures, Quebec City, Canada (pp. 539-545). Leiden: Taylor & Francis/Balkema. (TUD)
Sopha, T, Chiew, SP, & Wardenier, J (2006).
Test results for RHS K-joints with 50% and 100% overlap. In JA Packer & S Willibald (Eds.), Tubular Structures XI; proceedings of the 11th international symposium and IIW international conference on tubular structures, Quebec City, Canada (pp. 133-138). Leiden: Taylor & Francis/Balkema. (TUD)
Wardenier, J, & Choo, YS (2006).
Recent developments in welded hollow section joint recommendations. Advanced steel construction, 2(2), 109-127. (TUD)