What is the flow function?

Each Flow function is unique, reflecting the specific strength characteristics of a given bulk material. These characteristics are influenced by numerous factors, including the material's composition, particle size distribution, and moisture content.

By analyzing the flow function, one can gain insights into the material's behavior under different compacting loads. This information is crucial for designing and optimizing processes that involve the compaction of bulk materials, such as soil stabilization, aggregate production, and powder metallurgy.

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The Flow function serves as a pivotal correlation between the inherent strength of a compact material and the extent of its compaction. This relationship encapsulates the intricate interplay between the material's cohesive properties and the applied consolidating pressure.

The outcome of this dynamic interaction is termed the flow function, which provides a comprehensive understanding of how the material's strength evolves under varying degrees of compaction. It serves as a vital tool for engineers and researchers alike.