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Investigation of sand-geomaterial interface response using fractal theory: particle shape, gradation and surface roughness effects
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A. ARİ And S. AKBULUT, "Investigation of sand-geomaterial interface response using fractal theory: particle shape, gradation and surface roughness effects," Advanced Powder Technology , vol.36, no.11, 2025

ARİ, A. And AKBULUT, S. 2025. Investigation of sand-geomaterial interface response using fractal theory: particle shape, gradation and surface roughness effects. Advanced Powder Technology , vol.36, no.11 .

ARİ, A., & AKBULUT, S., (2025). Investigation of sand-geomaterial interface response using fractal theory: particle shape, gradation and surface roughness effects. Advanced Powder Technology , vol.36, no.11.

ARİ, Abdulmuttalip, And Suat AKBULUT. "Investigation of sand-geomaterial interface response using fractal theory: particle shape, gradation and surface roughness effects," Advanced Powder Technology , vol.36, no.11, 2025

ARİ, Abdulmuttalip And AKBULUT, Suat. "Investigation of sand-geomaterial interface response using fractal theory: particle shape, gradation and surface roughness effects." Advanced Powder Technology , vol.36, no.11, 2025

ARİ, A. And AKBULUT, S. (2025) . "Investigation of sand-geomaterial interface response using fractal theory: particle shape, gradation and surface roughness effects." Advanced Powder Technology , vol.36, no.11.

@article{article, author={Abdulmuttalip ARİ And author={Suat AKBULUT}, title={Investigation of sand-geomaterial interface response using fractal theory: particle shape, gradation and surface roughness effects}, journal={Advanced Powder Technology}, year=2025}