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Johannes Mirwald
Johannes Mirwald
Postdoc at Institute for Transportation, TU Wien
在 tuwien.ac.at 的电子邮件经过验证
标题
引用次数
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Understanding bitumen ageing by investigation of its polarity fractions
J Mirwald, S Werkovits, I Camargo, D Maschauer, B Hofko, H Grothe
Construction and Building Materials 250, 118809, 2020
1082020
Investigating bitumen long-term-ageing in the laboratory by spectroscopic analysis of the SARA fractions
J Mirwald, S Werkovits, I Camargo, D Maschauer, B Hofko, H Grothe
Construction and Building Materials 258, 119577, 2020
1032020
Impact of reactive oxygen species on bitumen aging–The Viennese binder aging method
J Mirwald, D Maschauer, B Hofko, H Grothe
Construction and Building Materials 257, 119495, 2020
782020
Effect of thermal and oxidative aging on asphalt binders rheology and chemical composition
IGN Camargo, B Hofko, J Mirwald, H Grothe
Materials 13 (19), 4438, 2020
502020
Recommendations for handling bitumen prior to FTIR spectroscopy
J Mirwald, D Nura, B Hofko
Materials and Structures 55 (2), 26, 2022
472022
Impact of UV–Vis light on the oxidation of bitumen in correlation to solar spectral irradiance data
J Mirwald, D Nura, L Eberhardsteiner, B Hofko
Construction and Building Materials 316, 125816, 2022
422022
Anti-aging additives: Proposed evaluation process based on literature review
IGN Camargo, TB Dhia, A Loulizi, B Hofko, J Mirwald
Road Materials and Pavement Design 22 (sup1), S134-S153, 2021
382021
Bitumen ageing–Impact of reactive oxygen species
B Hofko, D Maschauer, D Steiner, J Mirwald, H Grothe
Case Studies in Construction Materials 13, e00390, 2020
312020
Comparison of microscopic techniques to study the diversity of the bitumen microstructure
J Mirwald, B Hofko, G Pipintakos, J Blom, H Soenen
Micron 159, 103294, 2022
282022
Accelerated aging of loose asphalt mixtures using ozone and other reactive oxygen species
A Sreeram, A Masad, ZS Nia, D Maschauer, J Mirwald, B Hofko, A Bhasin
Construction and Building Materials 307, 124975, 2021
262021
Microevolution of polymer–bitumen phase interaction in high-viscosity modified bitumen during the aging of reactive oxygen species
M Hu, B Hofko, D Sun, J Mirwald, K Hofer, L Eberhardsteiner, T Lu
ACS Sustainable Chemistry & Engineering 11 (24), 8916-8930, 2023
232023
Utilising fluorescence spectroscopy and optical microscopy to investigate bitumen long-term ageing
J Mirwald, B Hofko, H Grothe
Road Materials and Pavement Design 22 (sup1), S23-S36, 2021
222021
Influence of selected reactive oxygen species on the long-term aging of bitumen
K Primerano, J Mirwald, D Maschauer, H Grothe, B Hofko
Materials and Structures 55 (5), 133, 2022
212022
Low-temperature characterization of bitumen and correlation to chemical properties
K Primerano, J Mirwald, A Bhasin, B Hofko
Construction and Building Materials 366, 130202, 2023
132023
Effect of DLTDP and furfural on asphalt binders: Optimal dosage and PG grading
I Camargo, B Hofko, J Mirwald
Construction and Building Materials 314, 125489, 2022
122022
Chemical and mechanical analysis of field and laboratory aged bitumen
K Primerano, S Werkovits, P Schönauer, J Mirwald, H Grothe, B Hofko
Road Materials and Pavement Design 24 (sup1), 160-175, 2023
102023
Interpreting the effectiveness of antioxidants to increase the resilience of asphalt binders: A global interlaboratory study
D Adwani, A Sreeram, G Pipintakos, J Mirwald, Y Wang, R Hajj, R Jing, ...
Construction and Building Materials 366, 130231, 2023
102023
The impact of field ageing on molecular structure and chemistry of bitumen
S Werkovits, M Bacher, J Mirwald, J Theiner, T Rosenau, B Hofko, ...
Fuel 343, 127904, 2023
92023
Time and storage dependent effects of bitumen—comparison of surface and bulk
J Mirwald, S Werkovits, I Camargo, D Maschauer, B Hofko, H Grothe
Proceedings of the RILEM International Symposium on Bituminous Materials …, 2022
92022
Quantifying Weathering-Aging Test Parameters of High Viscosity–Modified Asphalt by Establishing a Conversion Relationship with Standard PAV Aging
M Hu, J Ma, D Sun, B Hofko, J Mirwald, Y Zheng, L Xu
Journal of Materials in Civil Engineering 34 (6), 04022089, 2022
82022
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