Many algorithms assume plane strain to construct, model and restore fault-cored folds. Using mechanical models that allow heterogeneous transport in three dimensions, we explore the distribution and magnitude of out-of-plane transport in plunging fault-cored anticlines and provide guidelines of where plane strain should and should not be applied. We developed a new technique of incrementing inf...

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ABSTRACT X-ray binaries exhibit a soft spectral state comprising thermal blackbody emission at 1 keV and power-law tail above 10 keV. Empirical models fit the high-energy to radiation from non-thermal electron distribution, but physical location of electrons reason for their index cut-off are still largely unknown. Here, we propose that originate within black hole’s innermost stable circular or...

The vortex dynamics of leading-edge vortices on plunging high-aspect-ratio ( AR = 10) wings and airfoils were investigated by means volumetric velocity measurements, numerical simulations stability analysis to understand the deformation filament spanwise instabilities. filaments both wing airfoil exhibit waves, but with different origins. presence a wing-tip causes leg remain attached upper sur...

Natural flight has consistently been the wellspring of many creative minds, yet recreating propulsive systems natural flyers is quite hard and challenging. Regarding design, biomimetics offers a wide variety solutions that can be applied at low Reynolds numbers, achieving high performance maneuverability systems. The main goal current work to computationally investigate thrust-power intricacies...