Domain decomposition (DD) is a powerful approach to numerically solve partial differential equations, and it has become popular and indispensable in simulations of fluid flows, especially those that arise from models of the real world that require large-scale, parallel computation. Domain decomposition...
1, the solution domain is a cylindrical domain with diameter (D) and length (L) and the pipe's inclination is configured by setting the angle (θ) between the pipe's axis and the gravity vector with regard to the vertical case. Moreover, the length of the computational domain is kept ...
When gravity is switched off, the following geometry of the collision is assumed: the plane infinite Nambu-Goto brane sits at rest in D-dimensional Minkowski space-time, so that its world-volume is orthogonal to z-axis. A point particle of –3– mass m is moving along z-axis with some...
After 5 h induction by IPTG (isopropyl β-d-thiogalactopyranoside), cells were harvested and lysed using BugBuster Protein Extraction Reagent (Novagen, Nottingham, UK), soluble fractions were used over gravity flow Ni2+-NTA Sepharose columns (1 ml, IBA GmbH, Goettingen, Germany) for His-GST-...
Vertical position of the center of gravity, measured from the undisturbed free surface, with positive values above the waterline vn: Normal velocity on the surface of the body. The normal vector points into the fluid Xi: Wave excitation force Δ: Device’s displaced mass at the design ...
When the Op planes are replaced with Dp-branes, which have opposite charge and tension, the same balance holds, but now gravity is attrac- tive and electromagnetism repulsive. Because of this no-force condition the vanilla models allow a formal map between compact and non-compact solutions. ...
This implies that the natural quantum-gravity regularization for the SM should lead us to con- sider at least dimension-6 four-fermion operators originated from quantum gravity effects at short distances.1 As a model, we adopt the four-fermion operators of the torsion-free Einstein-Cartan ...