A new asphalt concrete moisture susceptibility test methodology

Application of pervious concrete for sustainable pavements: a micro-mechanical investigation

Kinetics of bituminous phase decomposition and its implications on the mechanical properties

On the development of a new test methodology for moisture damage susceptibility of asphalt concrete

Towards an understanding of the self-healing capacity of asphaltic mixtures

Fundamenteel onderzoek naar waterschade in zoab; fase 2: mastiek sterkte in de aanwezigheid van vocht

Een fundamentele fysisch-chemisch beschrijving van zelfherstel in bitumineuze materialen

Simulatie van vorstschade in asfaltmengsels

On the existence of wax-induced phase separation in bitumen

Experimental approach to understanding bituminous materials at the molecular level

First-principles investigation of the multiple phases in bituminious materials; The case of asphaltene stacking

First-principles investigation of the multiple phases in bituminious materials: The case of asphaltene stacking

On a winkler ligament contact between a rigid disc and an elastic halfspace

Combined experimental and numerical analysis of moisture infiltration in the modified Lottman test

A finite element based chemo-mechanical model to simulate healing of bituminous materials

Calibration and validation of a visco-elasto-plastic constitutive model for bituminous conglomerates

On the importance of performing accurate material characterization tests for bituminous materials

On the behavior of a parallel elasto-visco-plastic model for asphalt materials

Indentication of parameters related to moisture conditioning that cause variability in modified Lottman test

A thermodynamic approach to healing in bitumen