This review aims to discuss the application and development of three-dimensional printing
(3DP) technology in the field of rock mechanics and the mechanical behaviors of 3D-printed …

Holistic understanding of multiphase reactive flow mechanisms such as CO 2 dissolution,
multiphase displacement, and snap-off events is vital for optimisation of large-scale …

Abstract Three-dimensional (3D) printing is a unique technology that enables building of 3D
pore-network proxies from digital models. Proxies allow us to experimentally test …

Purpose The purpose of this study is to evaluate how accurately a 3D printer could
manufacture basic porous models. Geoscience research is evolving toward numerical …

Understanding flow mechanisms in fractured media is essential for geoscientific research
and geological development industries. This study used 3D printed fracture networks in …

The study of geological processes at the pore-scale has significant implications to
understanding many real-world phenomena related to flow in porous media (eg …

The uses of 3-D printed materials are increasing at a rapid pace and even able to expand its
reach among many researchers in the field of mining and geoscience. This paper describes …

Me voilà, en fin de thèse… Après 3 ans et 9 mois, un chapitre de ma vie arrive à sa fin.
Malgré des moments durs, que je suppose tous les doctorants expérimentent, j'ai …

Materials, Sensing and Manufacturing are important parameters for developing physical
models. Here the novelties in the three fields are explored, particularly concerning 3D …

This paper investigates the 3D printing (3DP) application in physical modeling of rock
masses. The mechanical behavior of the rock mass is controlled both by the properties of …