Sentence examples for designed to be flexible for from inspiring English sources
Programs intended for working executives are designed to be flexible for this very reason: such executives cannot take much time out for study overseas.
ArcNLET is designed to be flexible for the following four simulating scenarios: (1) nitrate transport alone in groundwater; (2) ammonium and nitrate transport in groundwater; (3) ammonium and nitrate transport in vadose zone; and (4) ammonium and nitrate transport in both vadose zone and groundwater.
Our database structure was designed to be flexible for database management across geographically remote sites and allows for sustainable growth over time with the incorporation of new palynological images and the participation of new analysts.
Although the scheme has been designed to be flexible and for further extensions to antennas, where and are the number of transmit and receive antennas, respectively, in this testbed and have been both fixed to two, that is,.
It is also designed to be flexible enough for a range of geophysics and astrophysics applications where turbulence or other complex multiscale problems arise.
The system is designed to be flexible and allow for facile incorporation of a variety of targeting ligands.
As some parameters aren't monitored routinely by agencies and, in some cases, the guidelines vary for different types of water bodies, the model is designed to be flexible and easily adapted for different guidelines and different situations.
We are currently adapting our bem software to solve the linearized Poisson Boltzmann equation for dilute ionic solutions, and it is also designed to be flexible enough to be extended for a variety of integral equation problems, ranging from Poisson problems to Helmholtz problems in electromagnetics and acoustics to high Reynolds number flow.
The partnership accounted today will see LG Chem supply batteries for Faraday's upcoming variable platform architecture (VPA), which is the company's modular base platform technology that's designed to be flexible enough to provide the powertrain basis for a range of different types of vehicles.
The principle that a stent placed in the parent artery can reduce blood flow in the sac of an aneurysm to the point of stagnation and thrombosis has been exploited for sometime in other anatomies and has now been extended to the intracranial vasculature in a new range of implants designed to be sufficiently flexible for intracranial navigation.
