Sentence examples for fluid implementation from inspiring English sources

An automated process should allow a fast and fluid implementation to limit the increase of workload but especially to ensure the quality and safety of treatments.

Through the flexible design of the physical models, ray tracing and parallelization strategy (fully reusing the mesh decomposition inherited by the fluid simulator), the implementation was made efficient and reusable.

The major new extensions are: (1) incorporation of fluid compressibility; (2) implementation using the direct simulation Monte Carlo (DSMC) method for dilute rarefied gas flows, and (3) application to a broader range of geometries, including periodic, non-periodic, pressure-driven, gravity-driven and shear-driven internal flows.

This paper presents an integral equation formulation for acoustic radiation in viscous fluids, and its implementation to the numerical solution of two-dimensional problems.

It includes the basic characters and properties of the magneto rheological fluids (MR) and implementation of MR damper in bumpers of four wheelers.

Due to its increasing interest, the technical requirements imposed by unconventional operating modes will be addressed together with the design adaptations that allow the operation of SMB units with compressible fluids and the implementation of Hybrid-SMB processes.

We introduce phew (Parallel HiErarchical Watershed), a new segmentation algorithm to detect structures in astrophysical fluid simulations, and its implementation into the adaptive mesh refinement (AMR) code ramses.

Problems of severe scaling in the injection lines with strong emulsification of the produced fluid significantly impeded the implementation of ASP flooding technologies (Gao and Towler 2011; Wang et al. 2009).

We propose a numerical approach based on the Lattice-Boltzmann (LBM) and Immersed Boundary (IB) methods to tackle the problem of the interaction of solids with an incompressible fluid flow, and its implementation on heterogeneous platforms based on data-parallel accelerators such as NVIDIA GPUs and the Intel Xeon Phi.

On the other hand, for the ORC-evaporator there isn't a ready-to-use component within this power range and the overwhelming majority of the ORC based systems developed by universities or research centers use an indirect way to vaporize the organic fluid which involves the implementation of an intermediate circuit, usually with water or oil, between the heat source and the ORC-evaporator.

The changes included steps to restrict intraoperative fluid administration and the implementation of a clinically based algorithm of balanced goal-directed therapy (BGDT) to use postoperatively in the intensive care unit (ICU).