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  1. Department of Structural Engineering Research
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Graduated PhD students

Graduated PhD students

2025

  • Frida Liljefors: Improved decision support for bridge safety assessment and maintenance by probabilistic methods

2024

  • Henrik Skyvulstad: Modelling of nonlinear aerodynamic self-excited forces on bridge decks
  • Anno Christian Dederichs: Automatic Methods for Modal-Based Structural Health Monitoring
  • Osama Abdelfattah Shawky Aly Hegeir: Moment-resisting timber frames combined with cross laminated timber walls for multistorey timber buildings
  • Mariia Zakharenko: Load model for enhanced fatigue life estimation of Norwegian railway bridges: calibration, application, and uncertainties
  • Sverre Magnus Haakonsen: Digitalised Structural Engineers: Application of computational design for sustainable and efficient structures

2023

  • Sebastian Reymert:  Field investigations of crosswinds and vehicle-driver response on bridges
  • Miran Cemalovic: Earthquake response of bridges supported by vertical and batter piles accounting for nonlinear soil-structure interaction
  • Saule Tulebekova: Dynamic response of tall timber buildings under service load. Modal analysis-based experimental investigations and modelling

2022

  • Dario Rafael Fernandez Castellon:  Probabilistic modelling of wind induced load effects for suspension bridges with emphasis on long-term extreme value analysis

2021

  • Tor Martin Lystad: Long-term extreme buffeting response investigations for longspan bridges considering uncertain turbulence parameters based on field measurements
  • Tengjiao Jiang: Development and Application of a Vision-Based System for Structural Monitoring of Railway Catenary System
  • Bjørn T. Svendsen: Numerical and experimental studies for damage detection and structural health monitoring of steel bridges
  • Sveinung Ørjan Nesheim: Competitive timber floors: Optimisation of hollow section timber floor elements for adaptable buildings
  • Aivars Vilguts: Moment-resisting timber frames with semi-rigid connections

2020

  • Stefano Derosa: Heuristic models for wear prediction and dynamic-based condition monitoring techniques in pantograph-catenary interaction
  • Simone Conta: Vibroacoustic analysis of the Woodsol timber frame building concept
  • Marcin Luczkowski: Conceptual form-finding in structural engineering
  • Katarzyna Ostapska: Fracture in wood of Norway spruce. Experimental and numerical study.

2019

  • Øyvind Wiig Petersen: Force identification and response estimation in floating and suspension bridges using measured dynamic response
  • Gunnstein T. Frøseth: Load model of historic traffic for fatigue life estimation of Norwegian railway bridges
  • Francesco Mirko Massaro:  Stress-laminated timber decks in bridges: pre-stressing system, long-term effects and modelling
  • Tore Andreas Helgedagsrud: Wind forces on bridge decks using state-of-the-art FSI methods
  • Siv Bente Raknes: Nonlinear static and dynamic isogeometric analysis of slender spatial cable and beam type structures

2018

  • Yuwang Xu: Long-term extreme response analysis of cable-supported bridges with floating pylons subjected to wind and wave loads
  • Aksel Fenerci: Full-scale investigation of the effects of wind turbulence characteristics on dynamic behavior of long-span cablesupported bridges in complex terrain
  • Bartosz Siedziako: Modelling of the self-excited forces for bridge decks subjected to random motions: an experimental study
  • Klodian Gradeci: A probabilistic-based methodology for evaluation of timber facade constructions - The Performance to withstand biodeterioration
  • Arnkjell Løkke: Direct finite element method for nonlinear earthquake analysis of concrete dams including dam–water–foundation rock interaction

2017

  • Knut Andreas Kvåle: Dynamic behaviour of floating bridges exposed to wave excitation A numerical and experimental investigation
  • Michele Baravalle: Risk and Reliability Based Calibration of Structural Design Codes: Principles and Applications
  • Anna Weronika Ostrycharczyk: Network arch timber bridges with light timber deck on transverse crossbeams
  • Martin Cepelka: Splicing of Large Glued Laminated Timber Elements by Use of Long Threaded Rods
  • Anna Weronika Ostrycharczyk: Network arch timber bridges with light timber deck on transverse crossbeams

2016

  • Petter Røe Nåvik:  Dynamic behaviour of existing and new railway catenary systems under Norwegian conditions
  • Haris Stamatopoulos:  Withdrawal Properties of Threaded Rods Embedded in Glued-Laminated Timber Elements

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