The current attempt at the integration of forces into the state is a critical test of political trust as well as the Iraqi government's ability to place national above sectarian interests.
The study describes a multi-objective optimization algorithm for an innovative integration of forced ventilated PV-PCM modules in glazed façade buildings: the aim is to identify and optimize the parameters that most affect thermal and energy performances.
The energy required to move the semisolid material to the back zone is intended to be the integration of forces with respect to movements in their two directions as, it is two dimensional flow, i.e.: {rm {Flushing}},{rm {Energy}} = int_{{x_{1} }}^{{x_{2} }} {f_{x} {text{d}}x,+ } int_{{z_{1} }}^{{z_{2} }} {f_{z} {text{d}}_{z} } (3).
As apical constriction during gastrulation is also coordinated in space and time across numerous cells within an epithelial sheet (Martin et al., 2010), it is possible that a similar clutch-like mechanism is allowing such inter-cellular integration of forces.
To recapitulate, force is associated with the acceleration of a mass; kinetic energy, or energy resulting from motion, is the result of the spatial integration of a force acting on a mass; momentum is the result of the temporal integration of the force acting on a mass; and energy is a measure of the capacity to do work.
This is because the external force is replaced by its corresponding external momentum, which is obtained from the time integration of external force, and thus the discontinuity problem automatically disappears by using the momentum equation of motion.
As a qualitative process, the study provided a richness and depth, particularly given the integration of objective force assessments.
Its interaction with the road surface must be understood thoroughly, which requires the integration of a force model, representing the tyre ground interface, into the global vehicle model.
The trajectory of discrete particle is calculated through the integration of the force balance on the particle in the Lagrangian approach: frac{{{text{d}}u_{text{p}} }}{{{text{d}}t}} = F_{text{D}} (u - u_{text{p}} ) + frac{{g_{text{x}} (rho_{text{p}} - rho )}}{{rho_{text{p}} }} + F_{text{x}}, (6 where F D u − u p) is the drag force.
