Sentence examples for understanding fracture from inspiring English sources
Therefore, understanding fracture characteristics in the fractured basement is very important and plays a critical role in designing the well path.
Therefore, understanding fracture properties is very important (Roehl and Choduette 1985).
Understanding fracture processes in such materials requires knowledge of damage evolution in cement paste.
Our investigation exemplarily demonstrates that smallest additions of solutes can be decisive for understanding fracture behavior on the macroscale.
This work is a necessary preliminary to the more challenging problems of understanding fracture and plasticity at interfaces at the atomic level.
Radial drilling-fracturing, the integration of radial drilling and hydraulic fracturing, is an innovative approach to develop low permeability, thin target layer and naturally fractured reservoirs, etc. Understanding the fracture initiation process is required in the practical application to avoid high fracture initiation pressure (FIP) and complex fracture geometries near the wellbore.
Realistic description of fractured reservoirs demands primarily for a comprehensive understanding of fracture networks and their geometry including various individual fracture parameters as well as network connectivities.
The results of this paper have advanced the understanding of fracture conductivity and its dependence on fracture surface properties and will aid in improving production prediction and optimization in fractured tight reservoirs.
Understanding the fracture extent is important not only for assisting with hydraulic fracture design, but also for mitigating unwanted fracture growth into non-target geologic intervals that do not contain hydrocarbons (e.g. zones with high water saturation).
Very recently, with rapid distribution of commercial 3D printers within the hospital setting, orthopedic surgeons started to use 3D printed replica of pelvic fractures, acetabulum fractures [12], clavicle [6] and various articular fractures (like wrist [2], elbow, tibial plate…) to improve understanding of fracture by means of tactile and visual experience [1, 10].
Understanding cohesive fracture interacting with a stationary capillary fluid is essential for fracture mechanics based analysis and design of many quasibrittle structures in contact with fluids.
