Tidal energy is one of the world's most predicable renewable sources and therefore holds great potential to be a valuable building block for decarbonisation electricity production. This paper focuses on Venturi shaped duct structure (shroud) accelerate flow speed at vertical axis tidal turbine utilising low static pressure created exit shroud. concept known as Davidson Hill (DHV) turbine. By co...

In this paper, the study on multi-storied building with and without expansion joint when it is subjected to seismic forces in both x y direction are taken into consideration. By maintain same floor area of different plans provided along weaker column stretch stiffed order make more resistant compared joints. The analysis done using ETABS 2016. parameters such as shear force bending moment at cr...

With the accelerated development of electronic devices, micro-supercapacitors (MSCs), as energy storage devices that can charge and discharge quickly, have attracted considerable attention. To improve rate capability MSCs with consideration density remains a challenge. We demonstrated facile method for preparation thin films through bottom-up femtosecond pulsed laser deposition. The irradiated ...

The boundary integral equation (BIE) method was first proposed by Yan and Sakurai [2000], which is used to extrapolate the nonlinear force-free magnetic field in the solar atmosphere. Recently, Yan and Li [2006] improved the BIE method and proposed the direct boundary integral equation (DBIE) formulation, which represents the nonlinear force-free magnetic field by direct integration of the magn...

Field observations of turbidity currents remain scarce, and thus there is continued debate about their internal structure and how they modify underlying bedforms. Here, I present the results of a new imaging method that examines multiple surge-like turbidity currents within a delta front channel, as they pass over crescent-shaped bedforms. Seven discrete flows over a 2-h period vary in speed fr...

The unintegrated gluon density in the photon is determined, using the Kimber-MartinRyskin prescription . In addition, a model of the unintegrated gluon is proposed, based on the saturation model extended to the large-x region. These gluon densities are applied to obtain cross sections for charm and bottom production in γp and γγ collisions using the kt factorization approach. We investigate bot...

Synesthesia provides an elegant model to investigate neural mechanisms underlying individual differences in subjective experience in humans. In grapheme-color synesthesia, written letters induce color sensations, accompanied by activation of color area V4. Competing hypotheses suggest that enhanced V4 activity during synesthesia is either induced by direct bottom-up cross-activation from graphe...

A rotating polarimetric 90°-cross linear-filter interferometry system was used to detect the morphological characteristics and features of interference patterns produced in in-vivo corneal stroma in healthy human corneas of 23 subjects. The characteristic corneal isogyres presenting with an evident cross-shaped pattern, grossly aligned with the fixation axis, were observed in all patients with ...

A dual-gate anti-ambipolar transistor (AAT) with a two-dimensional ReS2 and WSe2 heterojunction is developed. The characteristic ?-shaped transfer curves yielded by the bottom-gate voltage are effectively controlled top-gate voltage. This feature applied to logic operations, bottom- voltages acting as two input signals drain current (Id) monitored an output signal. Importantly, single AAT exhib...