Michael Reiterer at Vienna University of Technology - Research Interests, Publications & Academic Profile

Michael Reiterer

Adjunct Professor

Vienna University of Technology

Austria

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Research Interests

Structural Engineering

100%

Solid Mechanics

40%

Technical Engineering

50%

Building Physics

50%

Constitutive Modeling

40%

Traction Engineering

40%

Civil Engineering

30%

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Articles12

Development of New Passenger and Freight Train Load Models for Dynamic Assessment of Railway Bridges

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Year:

2024

Data-Driven Condition Assessment and Life Cycle Analysis Methods for Dynamically and Fatigue-Loaded Railway Infrastructure Components

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Year:

2023

Application of Vehicle-Based Indirect Structural Health Monitoring Method to Railway Bridges—Simulation and In Situ Test

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Year:

2023

Application of Parametric Forced Tuned Solid Ball Dampers for Vibration Control of Engineering Structures

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Year:

2023

A Novel Single Tube Semi-Active Tuned Liquid Gas Damper for Suppressing Horizontal Vibrations of Tower-like Structures

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Year:

2022

Dynamic analysis of the train crossing of railway bridges under consideration of non-linear effects,Dynamische Analyse der Zugüberfahrt bei Eisenbahnbrücken unter Berücksichtigung von nichtlinearen Effekten

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Year:

2022

Long-term measurements of a post-tensioned integral frame bridge with reinforced concrete hinges - Comparison of measurement results with numerical simulations - An observation after 8 years of monitoring,Langzeitmessungen an einer vorgespannten integralen Rahmenbrücke mit bewehrten Betongelenken – Vergleich Messergebnisse mit numerischen Simulationen – eine Gegenüberstellung nach 8 Jahren Messdauer

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Year:

2022

Proposal for a change in the temperature load model for concrete and composite bridges - Results of the research project MTE 2.0 "Modified temperature load model for railway bridges",Vorschlag für eine änderung des Temperaturlastmodells für Beton- und Verbundbrücken in österreich – Ergebnisse des Projekts MTE 2.0 „Modifiziertes Temperaturlastmodell für Eisenbahnbrücken“

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Year:

2022

Approaches for the performance-based condition assessment and lifetime prognosis of engineering structures,Ansätze zur performancebasierten Zustandsbeurteilung und Lebensdauerprognose von Ingenieurkonstruktionen

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Year:

2021

Investigation of actual temperature loads on concrete bridges - Determination of thermal strains,Untersuchungen zur tatsächlichen Temperaturbeanspruchung von Massivbrücken: Ermittlung dehnungswirksamer Temperaturen

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Year:

2021

Evaluation of the dynamic system characteristics for single span concrete railway bridges - Determination of dynamic parameters due to measurements on two test bridges in cracked and uncracked state with variations of the dead load,Evaluierung der dynamischen Systemeigenschaften von einfeldrigen Stahlbeton-Eisenbahnbrücken: Messtechnische Bestimmung der dynamischen Kennwerte für zwei Versuchsbrücken im gerissenen und ungerissenen Zustand bei unterschiedlichen Ausbauzuständen

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Year:

2020

Investigations on dynamic properties of a railway bridge at different stages of construction,Untersuchung der dynamischen Kennwerte einer Eisenbahnbrücke bei unterschiedlichen Ausbauzuständen

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Year:

2020

Collaborators2

Alois Vorwagner

AIT Austrian Institute of Technology GmbH

AUSTRIA

Alfred Strauss

Prof

Universität für Bodenkultur Wien

AUSTRIA

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