General layout. Streets shall be designed and located in relation to existing and planned streets, topographical conditions and natural terrain features, such as streams and existing tree growth, public convenience and safety, and shall be appropriate for the proposed uses of the land to be served.
General layout. Bottlenose dolphins can be found somewhere in the Black Sea coastal waters (Xxxxxxxxxxx, 1956; Xxxxxxx, 1957; Xxx’nikov, 1967; Arsenyev et al., 1973; Xxxxxxx et al., 1976; Arsenyev, 1980; etc.), and occasionally they occur far offshore in the more deep area (Xxxxxxxx, 1981; Xxxxxxxx, 1995; Xxxxxxxx, 1996 b; Xxxxxx and Xxxxxx, 1997). For a long time they are known in the Turkish straits system (incl. the Bosphorus, Marmara Sea and Dardanelles) which connects the Black and Mediterranean Seas (Xxxxxxxxxxx, 1956; Xxxxxxx et al., 1976; Xxxxxxxx, 1995; Xxxxxx and Öztürk, 1997). These cetaceans are common also in the Kerch Strait (Xxxxxxxxxxx, 1956; Xxxxxx and Krivokhizhin, 1998, 2000; Xxxxxx et al., 2002), and sometimes they visit the Sea of Azov (Xxxxxx, 1940; Xxxxxx et al., 1997). Seldom cases were reported when Black Sea bottlenose dolphins entered fresh waters, e.g. the Danube delta (Police, 1930; cited after Xxxxxxx, 1957). In 2000, a group of four animals was sighted in the Dnieper river at a distance of about 40 km above its estuary (X.X. Xxxxxx, pers. comm.) – that is nearly 100 km from the proper sea.
General layout capacity to isolate a specific work area during Designated Work Hours
General layout. The Premises shall be re-configured and expanded as shown on Exhibit B to provide Lessee with new reception and waiting areas, new private restroom next to the waiting area, a new large conference/ training area, a new employee breakroom and where the existing conference room is, a new mail room (east end) and file storage area (west end), and more open space at the west end of the Building. Elsewhere, offices are being created or eliminated to provide a more open, logical, and layout. Additional details are provided as follows:
General layout. Appendix 1.2 Xxxxx 0 Xxxxxxxxx Xxxxxx;
General layout. (a) Two site options have been examined. Site 3 was the first choice, however, this site is too small to handle the Ormat binary units, whether they will be arranged in one OEC string configuration on the longitudinal side or in double up configuration (Air Coolers located back to back in 2 rows). The size limitations are the ETA boundary in the east side, the Wairakei stream at the west side, and on the south side it clashes with the existing Contact injection pipeline. The presence of the steam vents A & B adjacent to the site finally concluded that Site 3 is the most un preferable site out of the two choices available. Site 4 is satisfactory in terms of the size of the plan. The equipment can be arranged in one string configuration, with relatively minimal earth works required. It is assumed that most of it will be cut and fill type of civil works rather then having large requirements for borrowed material. A general layout drawing of site 4 is attached; access road to the new plant site is shown as well as OEC equipment arrangement, control and machinery buildings, motive fluid storage tank, energy dissipation muffler, all to be surrounded by fence and gates.
General layout. Appendix 1:2. Layout of the Phase 1 Building;
General layout. SimulationRun describes each individual simulation run. Its sub-elements are TemporalDependance to indicate whether the outputs of the simulation code are time- dependant (can be Yes or No), SimulatedRegion to indicate the target of the run, and LikelihoodRating to describe the likelihood of the physical event simulated. The model used to perform the run is defined by the Model element, depicted in Figure 6. Figure 6 -‐ Model element The temporal domain in which the simulation run is performed is described in the SimulationTime element, depicted in figure 7. Figure 7 -‐ SimulationTime element The start and end times of the simulation, its duration and time step can be given here. DiagnosisTimeStep gives the times at which diagnoses are performed (for time dependent simulations) and identifies the physical quantities saved at each step. The spatial domain is indicated in SimulationDomain. The coordinate system is given in the SPASE CoordinateSystem element. The number of dimensions for the description of positions, velocities and fields are given in SpatialDimension, VelocityDimension, and FieldDimension. The grid structure and resolution are given in GridStructure and GridCellSize. Symmetry allows defining if there are symmetries in the simulation. In particular, an Axial symmetry allows for rotations of interpolated trajectories in the getDataPointValue method of the IMPEx protocol (DR2). The boundary conditions for particles and fields can also be specified for the different walls of the simulation domain (i.e. front wall by which a flow is inserted, the opposite wall, the other wall, and the obstacle). Figure 8 -‐ SimulationRun element Figure 9 -‐ ParticleBoundary element Figure 10 -‐ SimulationDomain element
General layout. Models are described in SimulationModel. The primary purpose of this element is to keep track of the model and model version used to perform a run. The model can be further documented through the use of ModelURL that gives the URL of a webpage or paper describing the code in more details. Models are described in a very succinct way, as the algorithm of the model itself is not described other than by the simulation type (SimulationType can be Particles, Hybrid, MHD, Paraboloid...). One may also define in which language the code is written (CodeLanguage) and whether the code results depend on physical time (TemporalDependence). The default value is 'No'. However, in order for tools to be able to ask for simulations on demand, some additional elements can be defined. SpatialDescription is similar to that of NumericalOutput and allows documenting the spatial information in the run results. SimulatedRegion refers to the physical target of the run. InputProperties and OutputParameters are list of Property and Parameter tags, listing respectively the input arguments to the method and the outputs of the run. The general layout of the SimulationModel element is depicted in Figure 16: Figure 16 -‐ SimulationModel element
General layout. A layout of the project showing the plan sheet layout and sheet numbers for reference.
