Kammerballetten’s appearance at the Tbilisi Ballet Festival felt like a tectonic shift. Curated by Danish ballet visionary ...

[2] Fractional viscoelasticity in fractal and non-fractal media: Theory, experimental validation, and uncertainty analysis. Journal of the Mechanics and Physics of Solids (2018).

Fractal geometry investigates complex shapes that exhibit self-similarity across multiple scales, while spectral analysis focuses on the study of the eigenvalues and eigenfunctions of operators ...

Surface fractal dimensions were 1.5, 1.7, and 1.4 for boehmite, goethite and manganite, respectively, denoting relatively smooth surfaces. Surface hydroxyl group content linearly correlated with Df ...

Koch fractal monopole antennas are known to exhibit lower resonant frequencies than Euclidean monopoles of the same height. It has been concluded that there exists a unique relationship between the ...

Surface fractal dimensions were 1.5, 1.7, and 1.4 for boehmite, goethite and manganite, respectively, denoting relatively smooth surfaces. Surface hydroxyl group content linearly correlated with Df ...

With the rapid development of communication technology, an increasing amount of image information relies on network transmission. While this enhances transmission efficiency, it also raises the risk ...

After that, three iterations are studied (Figure 4). Fig.3 The geometry of the modified antenna (1 st iteration of the SIERPINSKI Curve) Fig.4 Three iterations of CPW-Fed SIERPINSKI curve fractal ...

Predicting the electrical conductivity of porous media is important for oil reservoirs, rock physics, and fuel cells. In this work, a cuboid embedded with a damaged tree-like network is employed to ...