The disaggregation promoted by the O-RAN architecture allows for unprecedented flexibility
in Radio Access Networks (RANs). The existence of specific components to control the …

In order to investigate the axial compression failure characteristics of gangue with varying
particle sizes under the Talbot distribution, the Talbot gradation coefficient is constrained …

The dynamics of fracture characteristics at the aggregate-mortar interface under varying
loading rates present a significant area of investigation, pivotal for comprehending the …

The interface crack is the typical defect in fracture mechanics, and it often exists inside the
layered composite rocks (LCRs). How does it respond to the stress circumstances with a …

This work studies the creep mechanical properties and creep damage model of high‐
temperature heat treated sandstone. Acoustic emission (AE) technology is used to monitor …

Rock heterogeneity significantly influences a rock mass's dynamic mechanical behavior and
fracture evolution. This study focused on creating heterogeneous sandstone models using …

Brazilian splitting tests were performed on granite disk samples (ϕ 50 mm× 25 mm) with five-
angle (0°, 20°, 40°, 60°, and 90°) cracked fissures to study the fracture characteristics of …

The O-RAN architecture allows for unprecedented flexibility in Radio Access Networks
(RANs). O-RAN's components designed to control RANs, such as RAN Intelligent …

The joint inclination angle is a crucial factor influencing the mechanical behavior of rock
masses and greatly affects the stability of rock mass engineering. The article utilizes cement …

Damage and failure of concrete structures are essentially caused by crack initialization and
expansion. Conventional ultrasonic tests cannot detect changes in the micro-cracks in …