Search Results - "Siroma, Rodrigo Shigueiro"

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  1. 1

    Molecular Agglomeration Index: Quantification of the Incidence of Asphaltene Molecular Agglomeration in Aged Asphalt Binders Through Rheological Measurements by Siroma, Rodrigo Shigueiro, Nguyen, Mai Lan, Hornych, Pierre, Lorino, Tristan, Hung, Yvong, Nicolaï, Aurélia, Ziyani, Layella, Chailleux, Emmanuel

    Published in Transportation research record (01-10-2022)
    “…The phase angle (φ) has long been recognized as a powerful tool to detect variations in asphalt binders’ chemistry and microstructure. A recent study applied…”
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    Journal Article
  2. 2

    Clustering aged bitumens through multivariate statistical analyses using phase angle master curve by Siroma, Rodrigo Shigueiro, Nguyen, Mai Lan, Hornych, Pierre, Lorino, Tristan, Chailleux, Emmanuel

    Published in Road materials and pavement design (01-06-2021)
    “…Bitumen aging has long been recognised as one of the primary factors that affect pavement's durability. The amount of rheology-based indexes proposed to track…”
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    Journal Article
  3. 3

    Asphaltene agglomeration through physical-chemical and rheological testing by Siroma, Rodrigo Shigueiro, Nguyen, Mai Lan, Hornych, Pierre, Planche, Jean-Pascal, Adams, Jeramie, Rovani, Joseph, Kumbargeri, Yogesh, Hung, Yvong, Nicolaï, Aurélia, Ziyani, Layella, Chailleux, Emmanuel

    Published in Road materials and pavement design (27-06-2024)
    “…A better understanding of the changes in binder chemistry and microstructure triggered by aging is fundamental as it increases the cracking susceptibility of…”
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    Journal Article
  4. 4

    A new dynamic apparatus for asphalt mix fatigue and stiffness modulus: development, validation and numerical simulations by Barra, Breno Salgado, Momm, Leto, Pérez, Yader Alfonso Guerrero, Mikowski, Alexandre, Nierwinski, Helena Paula, Siroma, Rodrigo Shigueiro, Nguyen, Mai-Lan, Hughes, Gary, Momm, Gustavo Garcia

    Published in Matéria (2022)
    “…ABSTRACT The main aim of this paper is to describe the development and validation of a new test apparatus for measuring complex stiffness modulus and fatigue…”
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    Journal Article