This is the same as save, but allows you to specify the file name to save to. Save the data to the currently selected file name (shown in title bar of the window). NewĬlears previously entered data and resets it to default values. The commands on the file menu allow you to save, and then reload, the data relating to the wave scatter conversion. The wave scatter conversion tool has no effect on existing OrcaFlex data. Any OrcaFlex process active in the main window is paused until the wave scatter form is closed. It is essentially a self-contained sub-program within OrcaFlex, with its own menus, data and output. The wave scatter conversion tool is run by selecting the wave scatter conversion command from the OrcaFlex calculation menu. One of the most useful features of the tool is the ability to create text data files, batch scripts and fatigue analysis files corresponding to the calculated regular wave scatter table.Īs an alternative you can enter the regular wave scatter table directly, allowing you to take advantage of the automatic export of text data files, batch scripts and fatigue analysis files.
ORCAFLEX COORDINATE CONVENSION FULL
Full details of the calculations involved are given in the theory section. This probability density is determined by the first 3 spectral moments $m_0$, $m_1$ and $m_2$ using the formula of Longuet-Higgins, 1983. This gives the joint probability density of individual waves in a random sea. The conversion method uses the formula of Longuet-Higgins, 1983. Project Curve – Creates a new curve or curves on the selected surface using a normal projection.The wave scatter conversion tool converts a scatter table of sea states to a scatter table of regular (i.e.Project/Move Point – Projects a point or points used by a surface, solid, sheet solid, or general body onto an entity of the selected type.Extend – Extends the curve or surface to the point you designate.Washer – Uses offset curves to create map-meshable regions around holes.Pad – Breaks the surface geometry surrounding a hole into four map-meshable regions.Lines, which follow the surface, will be created from the endpoints. Edge to Edge – Select one edge/curve on a surface, then another edge on the surface.Point to Edge – Select one point on a surface, then an edge/curve on the same surface to create the shortest possible straight line from the point of the edge which will “split” the surface.Point to Point – Select one point on a surface, then a second point on the same surface to create a line which splits the surface.Curve Break – Specificy a “Location to Break At” by entering XYZ coordinates or click the icon button to use the standard Coordinate Locate dialog box, then choose a curve to break.Operation – Determines which operation will be used to “split” or modify a curve or surface.
Powerful geometry editing tools for meshing including:
The work aims at validating a technology that is green from environmental and economic point of view. Different survivability strategies were tested and videos were captured for identifying slack events and studying buoy behavior in Extreme conditions.
Solid Edge – Create and manage 3D digital prototypes survivability was addressed by checking buoy behavior in extreme waves in ORCAFLEXTM.
ORCAFLEX COORDINATE CONVENSION SERIES
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