Christian-Doppler Laboratory for ¿Performance-based optimization of flexible pavements¿

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Primary Data

Project Acronym Projekt Kurzbezeichnung
CD-Labor
 
Project Title (de) Projekttitel (de)
Christian-Doppler Laboratory for ¿Performance-based optimization of flexible pavements¿
 
Project Title (en) Projekttitel (en)
Christian-Doppler Laboratory for ¿Performance-based optimization of flexible pavements¿
 
Consortium Coordinator Koordinator des Konsortiums
 
Principal Investigator Projektleiter_in
 

Grants

Funder/Funding Agency Fördergeber
Christian Doppler Forschungsgesells

Publications

Results 1-20 of 29 (Search time: 0.01 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Schönauer, Paul Realistische Laboralterung und Analyse von BitumenSpecial Contribution SpezialbeitragApr-2024
2Jäger, Andreas ; Lackner, Roman Finer-Scale Extraction of Viscoelastic Properties from Nanoindentation Characterized by Viscoelastic-Plastic ResponseArtikel Article 2009
3Blab, Ronald ; Kappl, Karl ; Aigner, Elisabeth ; Lackner, Roman A Finite Element Approach to Predict Permanent Deformation Behavior in Hot Mix Asphalt based on Fundamental Material Tests and Advanced Rheological ModelsArtikel Article 2009
4Füssl, Josef ; Lackner, Roman ; Eberhardsteiner, Josef ; Mang, Herbert A. Failure Modes and Effective Strength of Two-Phase Materials Determined by Means of Numerical Limit AnalysisArtikel Article 2008
5Blab, Ronald ; Wistuba, Michael ; Lackner, Roman ; Spiegl, Markus Consequences of increasing heavy goods vehicle traffic on the Austiran alpine road infrastructureBericht Report2007
6Stangl, Klaus ; Jäger, Andreas ; Lackner, Roman The Effect of Styrene-Butadiene-Styrene Modification on the Characteristics of Performance of BitumenArtikel Article 2007
7Jäger, Andreas ; Lackner, Roman ; Stangl, Klaus Microscale Characterization of Bitumen - Back-Analysis of Viscoelastic Properties by Means of NanoindentationArtikel Article 2007
8Jäger, Andreas ; Lackner, Roman ; Eberhardsteiner, Josef Identification of Viscoelastic Properties by Means of Nanoindentation Taking the Real Tip Geometry into AccountArtikel Article 2007
9Jäger, Andreas Identification of Viscoelastic Properties by Means of Nanoindentation Taking the Real Tip Geometry into AccountPräsentation Presentation2007
10Füssl, Josef Limit-Analysis Based Upscaling of Strength Properties of Matrix-Inclusion MaterialsPräsentation Presentation2007
11Eberhardsteiner, Josef Multiscale Prediction of Strength Properties of Asphalt by means of Limit AnalysisPräsentation Presentation2007
12Mang, Herbert A. Multiscale Assessment of Low-Temperature Performance of Flexible PavementsPräsentation Presentation2007
13Jäger, Andreas Finer-Scale Extraction of Viscoelastic Properties from Materials Exhibiting Elastic, Viscous, and Plastic Material BehaviorPräsentation Presentation2007
14Jäger, Andreas Identification of Viscoelastic Properties of Materials Exhibiting Elastic, Viscous, and Plastic Material BehaviorPräsentation Presentation2007
15Aigner, Elisabeth 'Bottom-up' Multiscale Modeling of Viscoelastic Properties of AsphaltPräsentation Presentation2007
16Mang, Herbert A. Upscaling of Viscoelastic and Strength Properties of Matrix-Inclusion Materials in the Framework of Multiscale ModelingPräsentation Presentation2007
17Mang, Herbert A. Recent Advances and Validation of Upscaling of Viscoelastic and Strength Properties of Matrix-Inclusion MaterialsPräsentation Presentation2007
18Lackner, Roman Microstructure-Based Failure Surfaces of Matrix-Inclusion Materials: The Origin of J₃ Plasticity Highlighted by Limit AnalysisPräsentation Presentation2007
19Blab, Ronald ; Eberhardsteiner, Josef Research objectives and activities - an overviewPräsentation Presentation2007
20Aigner, Elisabeth ; Jäger, Andreas ; Kappl, Karl Prognose des Gebrauchsverhaltens - Stand der Entwicklung an den Mehrskalen- und rheologischen ModellenPräsentation Presentation2007