Sentence examples for patterns of material from inspiring English sources

Two types of BDFG microbeams with different patterns of material volume distribution are considered.

At the same time, archaeologists rightly asserted that there were a million reasons why patterns of material cultural remains might change — such as the adoption of new technologies, new religious beliefs, or processes of adapting to changing environments — other than the arrival of new outside population mass to replace the whoever the current sitting tenants happened to be.

At the same time, archaeologists rightly asserted that there were a million reasons why patterns of material cultural remains might change such as the adoption of new technologies, new religious beliefs, or processes of adapting to changing environments—other than the arrival of new outside population mass to replace the whoever the current sitting tenants happened to be.

To evaluate this assumption first we postulate a series of hypothesis and expectations for each locale, considering the main post-depositional agents present in them, and we evaluated if the patterns of material distributions can be explained by one or many of those processes.

To demonstrate the performance of the adopted approach, multiple examples are introduced and analyzed and the effects of various parameters such as the length and angle of the crack and different distribution patterns of material stiffness and density across the thickness of the shell, are extensively studied.

This is reflected in patterns of material culture (quotidian behavior) and phenotypic variation (reproductive behavior).

Results showed that there were complicated patterns of materials flow in the stir zone (SZ) especially in samples welded in two passes.

The method makes it possible to deposit fine patterns of materials, or carve them away, using large arrays of silicon pens sitting on springs; it combines the ability to pattern arbitrary designs that have nanoscale features with the ability to work quickly and over relatively large areas.

The pattern of material looks erratic.

The topology presents a constant pattern of material re-distributed along the strongest axis while the overall stiffness is maintained.

Functionally graded material (FGM) represents a new class of composites that consists of a graded pattern of material composition and/or microstructures.