Sentence examples for large fractured from inspiring English sources

Sometimes, when the second-floor tenant, Janine, was alone, she would hear the heavy tread or see the shadow of someone — or something — flit past the large fractured glass window of her apartment's front door.

The tonalite is dominated by microfractures associated with large fractured phenocrysts (Fig. 5g, h).

These viscous light-coloured lava flows are displayed at two cliffs with broad faces, known as Ornostay Bluff and Koosick Bluff and contain basic rock made of solidified rubble overlain by large fractured lava with massive, poorly established pillars.

Results indicated that a larger fractured zone compare to earlier tests was developed behind the support system while the installed support system was still functional.

Generally, the larger the fractured surface, the smaller the work hardening on a sheared edge.

Through a series of challenging test cases for single and multiphase flow, in which synthetic and realistic fracture maps are combined with heterogeneous petrophysical matrix properties, we validate the method and conclude that it is an efficient and accurate approach for simulating flow in complex, large-scale, fractured media.

Facial features were completely removed, replaced with a large-mawed fractured head design with a headscarf covering the area around his forehead, eyes, and the back of his head.

For large precipitates, the fractured surface reveals loops surrounded by step-terrace like structures with sulfur remaining preferentially on straight ledges as nanometer scale Auger images reveal in comparison with scanning electron images.

To test the model's potential in field-scale application, we implement it in five large-scale complex fractured systems that are radial domains with a uniform diameter of 1000 m but different fracture densities: 382/km2, 509/km2, 636/km2, 764/km2 and 1018/km2.

Technology has improved, communities have fractured, and large corporations have secured a singularly dominant role as employers.

In this context, underground research laboratories (URLs) are best suited to monitor and quantify the interrelated processes during large volume injection in fractured rock by large-scale in situ observational methods to complement present-day laboratory-scale experiments.