A new 2D continuous-discontinuous heat conduction model for modeling heat transfer and thermal cracking in quasi-brittle materials
This paper proposes a new 2D continuous-discontinuous heat conduction model to simulate
heat transfer and thermal cracking in fractured quasi-brittle materials by combining with …
heat transfer and thermal cracking in fractured quasi-brittle materials by combining with …
[HTML][HTML] Evaluation of Strength Anisotropy in Foliated Metamorphic Rocks: A Review Focused on Microscopic Mechanisms
This review paper addresses the recent and past advancements in investigating the
anisotropic behavior of foliated metamorphic rock strength subjected to uniaxial or triaxial …
anisotropic behavior of foliated metamorphic rock strength subjected to uniaxial or triaxial …
Coupled multiscale-modeling of microwave-heating-induced fracturing in shales
Microwave heating may be used to stimulate fracture formation and the release of
hydrocarbons in gas shales. Although extensively studied experimentally and numerically …
hydrocarbons in gas shales. Although extensively studied experimentally and numerically …
Prediction modeling for the estimation of dynamic elastic Young's modulus of thermally treated sedimentary rocks using linear–nonlinear regression analysis …
Thermal cracking significantly affects the dynamic and mechanical stability of rock mass.
This study first focuses on the evaluation of dynamic-mechanical behavior of thermally …
This study first focuses on the evaluation of dynamic-mechanical behavior of thermally …
Optimization of neural-network model using a meta-heuristic algorithm for the estimation of dynamic Poisson's ratio of selected rock types
This research focuses on the predictive modeling between rocks' dynamic properties and
the optimization of neural network models. For this purpose, the rocks' dynamic properties …
the optimization of neural network models. For this purpose, the rocks' dynamic properties …
Damage characteristics of thermally deteriorated carbonate rocks: A review
This review paper summarizes the recent and past experimental findings to evaluate the
damage characteristics of carbonate rocks subjected to thermal treatment (20–1500° C). The …
damage characteristics of carbonate rocks subjected to thermal treatment (20–1500° C). The …
Investigation of strength behavior of thermally deteriorated sedimentary rocks subjected to dynamic cyclic loading
This study focuses on the investigation of the strength behavior of thermally damaged rocks
subjected to dynamic cyclic loading. For this purpose, NX size rock samples were prepared …
subjected to dynamic cyclic loading. For this purpose, NX size rock samples were prepared …
Thermal cycling effects on the dynamic behavior of granite and microstructural observations
J Gao, L Fan, Z Wan - Bulletin of Engineering Geology and the …, 2021 - Springer
This study investigated the thermal cycling effects on the dynamic behavior of granite and
described its microstructure. The specimens were subjected to various numbers of thermal …
described its microstructure. The specimens were subjected to various numbers of thermal …
Artificial intelligence-based modeling for the estimation of Q-Factor and elastic young's modulus of sandstones deteriorated by a wetting-drying cyclic process
ArtificiAl intelligence-BAsed Modeling for the estiMAtion of Q-fActor And elAstic Young's
Modulus of sAndstones deteriorAted BY A Wetting-drYing cYclic Process in this study, a …
Modulus of sAndstones deteriorAted BY A Wetting-drYing cYclic Process in this study, a …
Damage characteristics and constitutive model of deep rock under frequent impact disturbances in the process of unloading high static stress
C Wang, S Zhan, M **e, C Wang, L Cheng… - …, 2020 - Wiley Online Library
During the mining of deep mineral resources, the rock is in the complex mechanical
environment of high crustal stress and blasting excavation unloading, and the improved …
environment of high crustal stress and blasting excavation unloading, and the improved …