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4.3 TUW.TUDATA 10.48436/bp12g-8vp13 oai:researchdata.tuwien.ac.at:bp12g-8vp13 Alasatri, Suresh Suresh Alasatri TU Wien Christian Doppler Labor für Chemo-Mechanische Analyse von bituminösen Stoffen Grothe, Hinrich Hinrich Grothe 0000-0002-2715-1429 TU Wien Christian Doppler Labor für Chemo-Mechanische Analyse von bituminösen Stoffen Gruber, Michael Ronald Michael Ronald Gruber 0000-0002-6179-7565 TU Wien Hofko, Bernhard Bernhard Hofko 0000-0002-8329-8687 TU Wien Mirwald, Johannes Johannes Mirwald 0000-0001-5025-7427 TU Wien Christian Doppler Labor für Chemo-Mechanische Analyse von bituminösen Stoffen Kristina, Primerano Primerano Kristina TU Wien Christian Doppler Labor für Chemo-Mechanische Analyse von bituminösen Stoffen Swiss Federal Laboratories for Materials Science and Technology Schmid, Ulrich Ulrich Schmid 0000-0001-9831-8583 TU Wien Christian Doppler Labor für Chemo-Mechanische Analyse von bituminösen Stoffen Schneider, Michael Michael Schneider 0000-0001-9846-7132 TU Wien Sophie, Stüwe Stüwe Sophie TU Wien Christian Doppler Labor für Chemo-Mechanische Analyse von bituminösen Stoffen Werkovits, Stefan Stefan Werkovits TU Wien Christian Doppler Labor für Chemo-Mechanische Analyse von bituminösen Stoffen TU Wien - Christian Doppler Labor für Chemo-mechanische Analyse von bituminösen Stoffen 2024 Asphalt Bitumen Oxidation Aging Microscopy Spectroscopy Rheology 2024-08-14 2024-08-14 eng Report 10.48436/ckn4z-mn226 10.48436/j3ype-bxs77 1.0.0 Creative Commons Attribution 4.0 International With this document, we aim to provide a brief, yet comprehensive overview of standardized, as well as advanced methods to analyze bituminous materials. For each method, the general principles are laid out and the specific application of bitumen is explained. References to publications related to the methods are also included. To make the document more useful for practitioners, we provide a short summary of potential applications and sample questions that can be answered by a method, its advantages, disadvantages, costs, and limitations. This document, which we call Chemo-Mechanical Toolbox, intends to provide short pieces of information for the application of methods. It is not intended to be a textbook on the fundamental background of analytical principles, or a review of findings made by applying these methods in the past. We want to provide a reference document that supports users finding the right method for different questions on bitumen’s chemistry, mechanics, microstructure, and aging – and how all these phenomena are linked.