Experimental Investigation of Methane Explosion-Induced Fracture Propagation and Load Characteristics within Reservoir Perforation
Methane in situ explosion fracturing (MISEF) technology constructs complex fractures by
igniting methane adsorbed from unconventional gas reservoirs (UCGRs). The effects of …
igniting methane adsorbed from unconventional gas reservoirs (UCGRs). The effects of …
Influence mechanism of the principal stress axis rotation effect on the propagation of blast-induced cracks under in-situ stress
In-situ stress plays a pivotal role in controlling both the propagation speed and trajectory of
blast-induced cracks. Previous studies have primarily placed emphasis on the qualitative …
blast-induced cracks. Previous studies have primarily placed emphasis on the qualitative …
Research on the influence of parallel joints on the extension length and morphology of blasting cracks
Natural defects such as joints, pores, and cracks in rocks seriously threaten the stability of
rock blasting engineering. At present, how parallel joints direct and suppress blasting cracks …
rock blasting engineering. At present, how parallel joints direct and suppress blasting cracks …
[HTML][HTML] Experimental investigation of methane explosion fracturing in bedding shales: Load characteristics and three-dimensional fracture propagation
Methane in-situ explosion fracturing (MISEF) enhances permeability in shale reservoirs by
detonating desorbed methane to generate detonation waves in perforations. Fracture …
detonating desorbed methane to generate detonation waves in perforations. Fracture …
Analysis of Fracture Network Formation Mechanisms and Main Controlling Factors of Methane Explosion Fracturing in Deep Shale Reservoir
Methane in situ explosion fracturing can induce intricate fracture networks by detonating
methane desorbed from deep shale reservoirs. Elucidating the fracture propagation …
methane desorbed from deep shale reservoirs. Elucidating the fracture propagation …
Study on Influence of Preset Circular Holes on Propagation of Blast-Induced Cracks Based on Experiments and Discrete Element Simulations
Proper presetting of circular holes is the crux of blasting control. Currently, the influence
mechanism of preset circular holes on directional propagation of blast-induced cracks …
mechanism of preset circular holes on directional propagation of blast-induced cracks …
Improvement and performance analysis of constitutive model for rock blasting damage simulation
Z Wang, Y Ni, J Wang, S Li - Simulation Modelling Practice and Theory, 2025 - Elsevier
Through a series of numerical simulations on single-hole blasting and presplit blasting, this
paper analyzed the performance differences of the Riedel-Hiermaier-Thomal (RHT) and …
paper analyzed the performance differences of the Riedel-Hiermaier-Thomal (RHT) and …
An iterative method to improve the calibration accuracy of flat-joint models: Catch-up penalty algorithm
Z Yang, Y Hu, M Xu, J Tian, H Pang, X Liu - Simulation Modelling Practice …, 2024 - Elsevier
Parameter calibration is a critical step in accurately modeling using the discrete element
method (DEM), but the time-consuming and complex calibration process limits the practical …
method (DEM), but the time-consuming and complex calibration process limits the practical …
Simulating Physical Processes in Education with Python's Tools
V Savenko, S Babichev, T Goncharenko… - … “Intellectual Systems of …, 2024 - Springer
The paper presents comprehensive research on computer simulations of diverse physical
processes through the Python programming language, enhanced by graphical user …
processes through the Python programming language, enhanced by graphical user …
Simulating Physical Processes in Education with Python's Tools
S Babichev - Lecture Notes in Data Engineering, Computational … - books.google.com
The paper presents comprehensive research on computer simulations of diverse physical
processes through the Python programming language, enhanced by graphical user …
processes through the Python programming language, enhanced by graphical user …