The first Hopf bifurcation of the infinite cylinder wake is analysed theoretically and by direct
simulation. It is shown that a decomposition into a series of harmonics is a convenient …

The primary and secondary instabilities of the sphere wake are investigated from the
viewpoint of nonlinear dynamical systems theory. For the primary bifurcation, a theory of …

The theme of the book stands on the intersection of epigraphy and historical research: the
Aramaic and Hebrew inscriptions discovered in the vicinity of the Yahwistic sanctuary on Mt. …

We present a comprehensive parametric study of the transition scenario of freely falling
discs. The motion of the discs is investigated by a direct numerical simulation of the solid-fluid …

Since Rayleigh introduced stroboscopic illumination 1884 for flow visualizations and analyzed
the jet instability problem 1879 cf. Ref. 1, the multitude of experimental, analytical and …

Detailed data describing the motion of a rigid sphere settling in unperturbed fluid is generated
by means of highly-accurate spectral/spectral-element simulations with the purpose of …

This paper discusses the optimization of domain parameters in electrical impedance
tomography-based imaging. Precise image reconstruction requires accurate, well-correlated …

We report herein the discovery of 3,5-dinitrophenyl 1,2,4-triazoles with excellent and
selective antimycobacterial activities against Mycobacterium tuberculosis strains, including …

Fish assemblage in the Úpoř brook was observed. The stream was inhabited by 13 fish species
and Lampetra planeri. The abundance reached the mean value of 12175 spec. ha-1 and …

An exhaustive parametric study of the transition scenario in the wake of oblate spheroids and
flat cylinders placed with their rotation axis parallel to the flow is presented. The flatness of …