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Marine systems simulation
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Marine systems simulation
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NEW. More...
#include <CSimpleFloatingCollar.h>
Public Attributes | |
| double | numTubes |
| Parameters and variables. | |
| double | elemMass |
| Number of tubes. | |
| double * | Ca |
| Mass of each element in the floating collar. | |
| double * | Cb |
| Added mass coefficient array for Mass matrix and diffraction force. 1.0 is equal to mass of displaced water equal to 0.5*rhowater*pi*elemeradius^2*elemlength. | |
| double | elemVolume |
| Potential wave damping coefficient array for Mass matrix and diffraction force. 1.0 is equal to mass of displaced water equal to 0.5*rhowater*pi*elemeradius^2*elemlength. | |
| double | elemRadius |
| Volume of each element in the floating collar. | |
| double | elemLength |
| Diameter of each element in the floating collar. | |
| double | elemArea |
| Length of each element in the floating collar. | |
| double | elemProjArea |
| Area of each element (ommitting circular end patches) | |
| double | elemCrossSectArea |
| Projected area of element (2*elementRadius*elementLength) | |
| double | Cd_n |
| Cross sectional area of each element in the floating collar (pi*radius^2) | |
| double | Cd_t |
| Normal drag coefficient for each element in the floating collar. | |
| double | rhoWater |
| Tangential drag coeffocient. | |
| double | g |
| Water density. | |
| double | heaveRAO |
| Acceleration of gravity. Not usually something you want to meddle with. | |
| int | numBridles |
| Connections to other simulation objects. | |
| int * | BridleElemIndex |
| Number of bridles connected to floating collar. | |
| double * | BridleForces |
| Pointer to array holding element index of bridle connection points. | |
| double * | BridlePos |
| Array holdign bridle forces for elements with a bridle connection. | |
| int | numNetConnectors |
| int * | NetElemIndex |
| Number of net connections to floating collar. | |
| double * | NetForces |
| Pointer to array holding element index of net connection points. | |
| double * | NetPos |
| Array holding net forces for elements with a net connection. | |
| int | numChains |
| int * | ChainElemIndex |
| Number of chain connections to floating collar. | |
| double * | ChainForces |
| Pointer to array holding element index of chain connection points. | |
| double * | ChainPos |
| Array holding chain forces for elements with a chain connection. | |
| int | NumConPoint |
| Contact. | |
| int * | ContactElemIndex |
| double * | ContactElemForce |
| double * | ContactPos |
Struct containing coefficients and parameters used to calculate exciting forces on the floating collar, i.e. hydrodynamic.
1.9.4