Effect of chord loads on the strength of RHS uniplanar gap K-joints: Draft Final Report

The strength of overlap joints of rectangular hollow sections

New chord load functions for circular hollow section joints: Final Report (revised)

The strength of overlap joints based on chord failure: First Interim Report

Survey of chord load functions for hollow section joints: Third Inerim Report

The strength of mul tiplanar kk-joints of square hollow sections: Draft final report

Multiplanar overlap kk-joint of square hollow sections: Third Interim Report

Multiplanar overlap kk-joint of square hollow sections: Second Interim Report

Multiplanar KK-joint of square hollow sections

Elastic shear analysis of rotor blade

Stress concentration factor for the Nedwind-40 rotor blade

Stress concentration factor for the Nedwind-50 rotor blade

The development of design methods for the cost-effective applications of Multiplanar joints: Phase 2: Statie strength of multiplanar connections in rectangular hollow sections Final Report, Part 1, Experimental and numerical investigation on the stati.c strength of multiplanar welded DX- and X-joints in RHS

The developement of design methods for the cost-effective applications of multiplanar joints: Phase 2: Static Strength of Multiplanar Connections of Rectangular Hollow Sections Final Report, Part 2 Numerical investigation of the static strength of multiplanar welded T-Joints in R.H.S.

Numerical determination of the maximum strength of joints based on their stiffness behaviour (draft)

Numerical analysis of offshore deck joints between H hot­rolled sections: Final Report

Numerical analysis of offshore deck joints between H hot rolled sections: Part 3: Finite Element Analyses on Joint Types 2, 3 and 4 in Steel Grade Fe E 355 and Fe E 460

Research into the static strength of multiplanar connections in rectangular hollow section: Part 1; Activities in The Numerical Research Programme

Numerical analysis of offshore deck joints between H hot-rolled sections: Part 2: Preliminary FE Study

On applications of Diana and Marg in the problems of strength of hollow section joints