Sentence examples for fracture damage from inspiring English sources
In this paper, a seepage damage coupled mathematical model is developed for fractured coal rock mass, and the permeability tensor effects from the fracture damage of coal rock mass are investigated.
Plastic deformation and fracture damage associated with the material removal mechanisms were studied using nano-indentation and Vickers indentation.
Fracture damage in the tensile test specimens was examined by Scanning Electron Microscopy.
Four different kinds of failure (slippage of wedge, lateral cortex fracture, damage and/or loosening of screws, and bending of plates) were observed on the models.
Without obvious permanent building deformation, costly intrusive inspections are currently the only way to determine if major fracture damage that compromises building safety has occurred.
The method performs reasonably well in detecting significant fracture damage and in identifying cases with no damage, but fails in cases with few fractures.
Technicians chemically bond a radioactive isotope to material that will be selectively absorbed by some interesting part of the body, such as a bone fracture, damaged heart tissue or a tumor.
However, faults are complex and heterogeneous geological systems, whose compartmentalized architecture generally corresponds to an inner core surrounded by outer, often fractured, damage zones (DZ).
The well-known intraoperative complications and accidents related to surgery have included hemorrhage, nerve damage, mandibular fractures, damage to adjacent teeth, lack of primary stability, and displacement or migration of implants [2].
Although core decompression can lead to rapid and complete relief from symptoms and resolution of the changes seen on MRI, some authors underline the perioperative risks including fractures, damage to cartilage, persisting haematomas and local infections.
The individual physical processes in the fracture propagation are represented by separate program modules: the TOUGH2 code for multiphase flow and mass transport based on the finite volume approach; and the rigid-body-spring network (RBSN) model for mechanical and fracture-damage behavior, which are coupled with each other.
