Magnus Eriksson

Research Manager

Magnus Eriksson

Research Manager

Phone: 934 01 703

Email:

Unit: SINTEF Industry

Department: Materials and Nanotechnology

Office: Trondheim

Publications and responsibilities

Authors Ivan Bunaziv Cato Dørum Steen Erik Nielsen Pasi Suikkanen Xiaobo Ren Bård Nyhus Magnus Carl Fredrik Eriksson Odd Magne Akselsen

Year 2020

Type Academic article

Authors Malin Lervåg Camilla Sørensen Andreas Robertstad Bård M. Brønstad Bård Nyhus Magnus Carl Fredrik Eriksson Ragnhild Aune Xiaobo Ren Odd Magne Akselsen Ivan Bunaziv

Year 2020

Type Academic article

Authors Ivan Bunaziv Cato Dørum Xiaobo Ren Magnus Carl Fredrik Eriksson Odd Magne Akselsen

Year 2019

Type Academic article

Authors Annbjørg Horgar Hans Fostervoll Bård Nyhus Xiaobo Ren Magnus Carl Fredrik Eriksson Odd Magne Akselsen

Year 2018

Type Academic article

Authors Magnus Carl Fredrik Eriksson Malin Lervåg Camilla Sørensen Andreas Robertstad Bård M. Brønstad Bård Nyhus Ragnhild Aune Xiaobo Ren Odd Magne Akselsen

Year 2018

Type Academic article

Authors Aase Gavina Roberg Reyes Magnus Eriksson Odd-Geir Lademo Odd Sture Hopperstad Magnus Langseth

Year 2009

Type Academic article

Authors A Reyes; Cato Dørum O.S Hopperatd; M Langseth; Odd-Geir Lademo Magnus Eriksson

Year 2008

Type Academic lecture

Authors Odd-Geir Lademo Torodd Berstad Magnus Eriksson Tore Helge Tryland Trond Furu Odd Sture Hopperstad Magnus Langseth

Magnus Eriksson

Research Manager

Magnus Eriksson

Research Manager

Publications and responsibilities

Laboratories

Materials testing

Expertise

Fatigue and fracture

Iron and steel

Materials and drilling technology

Welding and joining

Software

LINKpipe

Magnus Eriksson

Research Manager

Magnus Eriksson

Research Manager

Publications and responsibilities

Laser-arc hybrid welding of 12- and 15-mm thick structural steel

Additive Manufacturing with Superduplex Stainless Steel Wire by CMT Process

Application of LBW and LAHW for fillet welds of 12 and 15 mm structural steel

Additive manufacturing using WAAM with AA5183 wire

Additive manufacture of superduplex stainless steel using WAAM

Assessment of yield and fracture criteria using shear and bending tests

Validation study of failure prediction in crash analysis

A model for process-based crash simulation

Laboratories

Materials testing

Expertise

Fatigue and fracture

Iron and steel

Materials and drilling technology

Welding and joining

Software

LINKpipe