"fracture shape" is a correct and usable phrase in written English.
It refers to the shape or pattern that a fracture or broken section of an object has. It is commonly used in scientific or medical contexts, but can also be used in everyday language when describing broken objects. Example: The doctor examined the X-ray and noted that the fracture shape indicated a clean break, which would heal faster than a jagged fracture.
The FE predicted fracture shape for the notched pre-cracked wires that consists of a cup and cone fracture shape below the bottom tip of the surface across-the-thickness crack-like lamination agrees with the experimental fracture shape.
The numerical results are used to analyze the damage mechanisms leading to the final fracture shape.
Appropriate element size, orientation and aspect ratio were found to be essential for predicting the fracture shape of bars.
Fracture shape and orientations are more important in affecting connectivity.
It can see that velocity dependence on both fracture volume and fracture shape takes place.
As was previously mentioned, some fractures connect vugs, which results in fracture propagation and/or fracture shape.
A pseudo-3D model, in which the growth of the planar hydraulic fracture occurs through multiple horizontal layers with different elastic properties, is developed to account for the effects of modulus contrasts on fracture shapes.
Comparison of elastic fracture modeling results with conventional modeling showed that these assumptions will cause production pressure to enlarge fracture apertures and change fracture shapes, which consequently results in lower production compared with what was previously assumed.
The stair shaped fracture pattern and slipped vein pattern found on the fracture surface were strong evidence of the shear band interactions.
The results presented in this paper provide a first step to better understand the mechanics of fracture in shape memory alloys under mode III loading.
A model for stress-induced phase transformation surrounding the crack tip during mode III fracture of shape memory alloys (SMAs) is introduced.
