Rune Brincker

Rune Brincker

Danmarks Tekniske Universitet

H-index: 50

Europe-Denmark

About Rune Brincker

Rune Brincker, With an exceptional h-index of 50 and a recent h-index of 29 (since 2020), a distinguished researcher at Danmarks Tekniske Universitet, specializes in the field of dynamics, fatigue, modal analysis, operational modal analysis, experiment.

His recent articles reflect a diverse array of research interests and contributions to the field:

The new Subspace-based poly-reference Complex Frequency (S-pCF) for robust frequency-domain modal parameter estimation

Sensitivity analysis of a system with two closely spaced modes using structural dynamic modification

Structural damage detection using responses recorded during extreme events

The new poly-reference complex frequency formulated in modal model (pCF-MM): a new trend in experimental modal analysis

FE-aided Kalman Filter for nonlinear state estimation with unknown input

A New Cloud-Based Software for Automated SHM of Civil Structures

An engineering interpretation of the complex modal mass in structural dynamics

Cross-Length of Mode Shapes in Structural Dynamics: Concept and Applications

Rune Brincker Information

University

Position

Professor of Structural Dynamics at Technical University of Denmark

Citations(all)

13672

Citations(since 2020)

5134

Cited By

10388

hIndex(all)

50

hIndex(since 2020)

29

i10Index(all)

138

i10Index(since 2020)

72

Email

University Profile Page

Danmarks Tekniske Universitet

Google Scholar

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Rune Brincker Skills & Research Interests

dynamics

fatigue

modal analysis

operational modal analysis

experiment

Top articles of Rune Brincker

Title

Journal

Author(s)

Publication Date

The new Subspace-based poly-reference Complex Frequency (S-pCF) for robust frequency-domain modal parameter estimation

Measurement

Sandro Diord Rescinho Amador

Rune Brincker

2024/2/15

Sensitivity analysis of a system with two closely spaced modes using structural dynamic modification

Mechanical Systems and Signal Processing

M Aenlle

Josué Pacheco-Chérrez

R Brincker

2024/1/1

Structural damage detection using responses recorded during extreme events

Luigi Caglio

Henrik Stang

Evangelos Katsanos

2023

The new poly-reference complex frequency formulated in modal model (pCF-MM): a new trend in experimental modal analysis

Sandro DR Amador

Rune Brincker

2023/6/5

FE-aided Kalman Filter for nonlinear state estimation with unknown input

Mechanical Systems and Signal Processing

Luigi Caglio

Henrik Stang

Rune Brincker

Evangelos Katsanos

2023/10/1

A New Cloud-Based Software for Automated SHM of Civil Structures

Rune Brincker

Sandro Amador

Emmanouil Lydakis

2023/6/5

An engineering interpretation of the complex modal mass in structural dynamics

Mechanical Systems and Signal Processing

Manuel Aenlle López

Rune Brincker

2023/10/1

Cross-Length of Mode Shapes in Structural Dynamics: Concept and Applications

Shock and Vibration

M Aenlle

R Stufano

Natalia García-Fernández

F Pelayo

R Brincker

2023/5/29

Full-Scale Multi-Dataset OMA on a 368-Meter High TV and Radio Transmission Tower

L Gaile

SDR Amador

E Lydakis

Rune Brincker

2023/6/5

Quantum-inspired Bayesian Networks (QBN) for lifecycle integrity of offshore platforn in the North Sea

Umberto Alibrandi

Sandro DR Amador

Rune Brincker

2023

Vibration-based damage detection of a monopile specimen using output-only environmental models

Emmanouil Lydakis

Sandro DR Amador

Holger Koss

Rune Brincker

2023/6/5

Modal identification of a steel platform specimen with a subspace implementation of the poly-reference complex frequency method formulated in modal model (pCF-MM)

Proc. 11th International Conference on Structural Dynamics (EURODYN2023)

Sandro DR Amador

Rune Brincker

2023

OMA of a High-Rise TV Tower Using the Novel Poly-reference Complex Frequency Modal Identification Technique Formulated in Modal Model

Sandro DR Amador

Liga Gaile

Emmanouil Lydakis

Rune Brincker

2023/6/5

A robust poly-reference frequency-domain identification method to extract dynamic properties from vibration data

Communications Engineering

Sandro Diord Rescinho Amador

Rune Brincker

2023/10/17

Structural health monitoring of a wooden mast structure based on OMA techniques

Emmanouil Lydakis Simantiris

Sandro DR Amador

Rune Brincker

2022

A New Cloud-based software for automated SHM and Damage Detection of Civil Structures

Sandro Amador

Rune Brincker

Emmanouil Lydakis Simantiris

2022

Structural Science and Engineering

Lars German Hagsten

Lars Hestbech

Mikkel Kahlen Frandsen

Christopher Grandjean-Thomsen

2022

On the initial performance assessment of a frequency-domain maximum likelihood formulated in Z-domain

Sandro DR Amador

Simona Miraglia

Umberto Alibrandi

Rune Brincker

2022

A physical interpretation of the modal mass in structural Dynamics

9th IOMAC International Operational Modal Analysis Conference, Proceedings

Manuel Aenlle López

R Brincker

Natalia García Fernández

Pelayo Fernández Fernández

2022

On the theory of random decrement

Mechanical Systems and Signal Processing

Rune Brincker

Sandro Amador

2022/7/1

See List of Professors in Rune Brincker University(Danmarks Tekniske Universitet)