Jörgen Kajberg

Associate Professor

Lulea University of Technology

Sweden

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About

Jörgen Kajberg is an Associate Professor at Luleå University of Technology in Sweden. His research areas include the mechanical characterization of materials, finite element modeling, and the investigation of the properties of various alloys and composites. Recent articles focus on topics such as the tensile properties of press-hardening steels, the development of particle finite element methods, and the evaluation of crashworthiness in automotive components.

Articles (17)

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2025

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FINLAND

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Jörgen Kajberg

Research Interests

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Articles (17)

Investigating the Tensile Properties of 22MnB5 After Austenitization and Quenching with Different Initial Microstructures

Material Characterisation, Modelling, and Validation of a UHSS Warm-Forming Process for a Heavy-Duty Vehicle Chassis Component

Assessment of Rate-Dependency and Adiabatic Heating on the Essential Work of Fracture of Press-Hardening Steels

A statistical bonded particle model study on the effects of rock heterogeneity and cement strength on dynamic rock fracture

A particle finite element method approach to model shear cutting of high-strength steel sheets

Inhomogeneous Skin Formation and Its Effect on the Tensile Behavior of a High Pressure Die Cast Recycled Secondary AlSi10MnMg(Fe) Alloy

Evaluation of Crashworthiness Using High-Speed Imaging, 3D Digital Image Correlation, and Finite Element Analysis

Valorization of Air-Cooled EAF Manganese Slag in Comminution Processes: an Investigation into the Breakage Characterization

Dynamic Compressive and Tensile Characterisation of Igneous Rocks Using Split-Hopkinson Pressure Bar and Digital Image Correlation

Mechanical characterization of highly heterogeneous brittle materials by optical techniques

Calibration of orthotropic plasticity- and damage models for micro-sandwich materials

Novel Methodology for Experimental Characterization of Micro-Sandwich Materials

Stepwise Modelling Method for Post Necking Characterisation of Anisotropic Sheet Metal

A statistical DEM approach for modelling heterogeneous brittle materials

Micromechanical and multi-scale modeling of manganese containing slag comminution in the design of energy efficient secondary raw material beneficiation processes

Numerical evaluation of lightweight ultra high strength steel sandwich for energy absorption

Ultra high strength steel sandwich for lightweight applications

Collaborators (5)

Liang Yu

Fredrik Forsberg

Simon Larsson

Pär Jonsén

Juuso Tapani Terva

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