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epjconf_dymat2012_04005.pdf

🔗 Source: epj-conferences.org

📊 Size: 459 KB

👤 Author: Larcher M., Gebbeken N.

⬇️ Downloads: 52

Summary

Researchers developed EOS data for granular materials like sand using micromodels, as the behavior of soil loaded by shock waves is crucial in various applications, including detonations in soil and soil used as a protective barrier. The popular material law for sand is limited, and micro-mechanic models can be used to develop the material behavior of granular materials. The influence of porosity, grain grading, and humidity on the material behavior of cohesive soils can be investigated using these models. EOS data were determined for cohesive soils depending on these parameters by numerically loading micro-mechanically modeled grains and measuring the density under a certain pressure in the finite element model.

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Description

Researchers developed EOS data for granular materials like sand using micromodels, as the behavior of soil loaded by shock waves is crucial in various...

Technical Information

File Format: PDF
File Size: 459 KB
Pages: 4
Language: EN
Author: Larcher M., Gebbeken N.
Total Downloads: 52
Last Updated: 1 week ago

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