2D line boundary element with 2 Gauss Points More...
#include <element_structure.hpp>
Inheritance diagram for CBOUND2D:
Public Member Functions | |
| CBOUND2D (void) | |
| Constructor of the class. | |
| CBOUND2D (unsigned short val_nDim, CConfig *config) | |
| ~CBOUND2D (void) | |
| Destructor of the class. | |
| void | ComputeGrad_Linear (void) |
| Set the value of the gradient of the shape functions respect to the reference configuration. More... | |
| void | ComputeGrad_NonLinear (void) |
| Set the value of the gradient of the shape functions respect to the current configuration. More... | |
 Public Member Functions inherited from CElement | |
| CElement (void) | |
| Constructor of the class. | |
| CElement (unsigned short val_nDim, CConfig *config) | |
| virtual | ~CElement (void) |
| Destructor of the class. | |
| unsigned short | GetnNodes (void) |
| Retrieve the number of nodes of the element. More... | |
| unsigned short | GetnGaussPoints (void) |
| Retrieve the number of nodes of the element. More... | |
| unsigned short | GetnGaussPointsP (void) |
| Retrieve the number of nodes of the element. More... | |
| void | SetRef_Coord (su2double val_CoordRef, unsigned short iNode, unsigned short iDim) |
| Set the value of the coordinate of the nodes in the reference configuration. More... | |
| void | SetCurr_Coord (su2double val_CoordCurr, unsigned short iNode, unsigned short iDim) |
| Set the value of the coordinate of the nodes in the current configuration. More... | |
| void | SetElement_Pressure (su2double val_ElPressure) |
| Set the value of the pressure in the element for incompressible materials. More... | |
| su2double | GetRef_Coord (unsigned short iNode, unsigned short iDim) |
| Set the value of the coordinate of the nodes in the reference configuration. More... | |
| su2double | GetCurr_Coord (unsigned short iNode, unsigned short iDim) |
| Get the value of the coordinate of the nodes in the current configuration. More... | |
| su2double | GetWeight (unsigned short iGauss) |
| Get the weight of the corresponding Gaussian Point. More... | |
| su2double | GetWeight_P (unsigned short iGaussP) |
| Get the weight of the corresponding Gaussian Point for pressure subintegration. More... | |
| su2double | GetJ_X (unsigned short iGauss) |
| Get the jacobian respect to the reference configuration for the Gaussian Point iGauss. More... | |
| su2double | GetJ_x (unsigned short iGauss) |
| Get the jacobian respect to the current configuration for the Gaussian Point iGauss. More... | |
| su2double | GetJ_X_P (unsigned short iGauss) |
| Get the jacobian respect to the reference configuration for the Gaussian Point iGauss and the pressure term. More... | |
| su2double | GetJ_x_P (unsigned short iGauss) |
| Get the jacobian respect to the current configuration for the Gaussian Point iGauss and the pressure term. More... | |
| su2double | GetElement_Pressure (void) |
| Retrieve the value of the pressure in the element for incompressible materials. More... | |
| void | Add_Mab (su2double val_Mab, unsigned short nodeA, unsigned short nodeB) |
| Add the value of the diagonal term for the mass matrix. More... | |
| void | Add_Kab (su2double **val_Kab, unsigned short nodeA, unsigned short nodeB) |
| Add the value of a submatrix K relating nodes a and b, for the constitutive term. More... | |
| void | Add_Kab_T (su2double **val_Kab, unsigned short nodeA, unsigned short nodeB) |
| Add the value of a submatrix K relating nodes a and b, for the constitutive term (symmetric terms need transpose) More... | |
| void | Add_Ks_ab (su2double val_Ks_ab, unsigned short nodeA, unsigned short nodeB) |
| Add the value of the diagonal term for the stress contribution to the stiffness of the system. More... | |
| void | Add_Kt_a (su2double *val_Kt_a, unsigned short nodeA) |
| Add the value of the nodal stress term for the computation of the residual. More... | |
| void | Add_FDL_a (su2double *val_FDL_a, unsigned short nodeA) |
| Add the value of the dead load for the computation of the residual. More... | |
| void | Set_Kk_ab (su2double **val_Kk_ab, unsigned short nodeA, unsigned short nodeB) |
| Set the value of a submatrix K relating nodes a and b, for the pressure term (this term is subintegrated). More... | |
| void | clearElement (void) |
| Restarts the values in the element. | |
| void | clearStress (void) |
| Restarts the values of stress in the element. | |
| su2double | Get_Mab (unsigned short nodeA, unsigned short nodeB) |
| Return the value of the diagonal term for the mass matrix, relating nodes a and b. More... | |
| su2double * | Get_Kab (unsigned short nodeA, unsigned short nodeB) |
| Return the value of the submatrix K relating nodes a and b. More... | |
| su2double | Get_Ks_ab (unsigned short nodeA, unsigned short nodeB) |
| Return the value of the diagonal term for the stress contribution, relating nodes a and b. More... | |
| su2double * | Get_Kk_ab (unsigned short nodeA, unsigned short nodeB) |
| Return the value of a submatrix K relating nodes a and b, for the pressure term (this term is subintegrated). More... | |
| su2double * | Get_Kt_a (unsigned short nodeA) |
| Return the value of the nodal stress component of the residual for node a. More... | |
| su2double * | Get_FDL_a (unsigned short nodeA) |
| Return the value of the dead load component of the residual for node a. More... | |
| su2double | GetNi (unsigned short iNode, unsigned short iGauss) |
| Retrieve the value of the shape functions. More... | |
| su2double | GetGradNi_X (unsigned short iNode, unsigned short iGauss, unsigned short iDim) |
| Retrieve the value of the gradient of the shape functions respect to the reference configuration. More... | |
| su2double | GetGradNi_x (unsigned short iNode, unsigned short iGauss, unsigned short iDim) |
| Retrieve the value of the gradient of the shape functions respect to the reference configuration. More... | |
| su2double | GetGradNi_x_P (unsigned short iNode, unsigned short iGaussP, unsigned short iDim) |
| Retrieve the value of the gradient of the shape functions respect to the reference configuration. More... | |
| su2double | GetNi_Extrap (unsigned short iNode, unsigned short iGauss) |
| Retrieve the value of the gradient of the shape functions respect to the reference configuration. More... | |
| void | Add_NodalStress (su2double val_Stress, unsigned short iNode, unsigned short iVar) |
| Add a value to the nodal stress for an element. More... | |
| su2double | Get_NodalStress (unsigned short iNode, unsigned short iVar) |
| Retrieve the value of the nodal stress for an element. More... | |
| virtual void | ComputeGrad_Pressure (void) |
| Virtual member. | |
Additional Inherited Members | |
| Protected Attributes inherited from CElement | |
| unsigned short | nGaussPoints |
| Number of gaussian points. | |
| unsigned short | nGaussPointsP |
| Number of gaussian points for the pressure term. | |
| unsigned short | nNodes |
| Number of gaussian points. | |
| su2double ** | CurrentCoord |
| Coordinates in the current frame. | |
| su2double ** | RefCoord |
| Coordinates in the reference frame. | |
| su2double ** | GaussCoord |
| Parent coordinates of the Gaussian Points. | |
| su2double * | GaussWeight |
| Weight of the Gaussian Points for the integration. | |
| su2double ** | GaussCoordP |
| Parent coordinates of the Gaussian Points for the pressure subintegration.. | |
| su2double * | GaussWeightP |
| Weight of the Gaussian Points for the pressure subintegration. | |
| su2double ** | NodalExtrap |
| Coordinates of the nodal points for Gaussian extrapolation. | |
| su2double ** | NodalStress |
| Stress at the nodes. | |
| CGaussVariable ** | GaussPoint |
| Structure for the Gaussian Points. | |
| CGaussVariable ** | GaussPointP |
| Structure for the Gaussian Points for the pressure subintegration. | |
| su2double ** | Mab |
| Structure for the nodal components of the mass matrix. | |
| su2double *** | Kab |
| Structure for the constitutive component of the tangent matrix. | |
| su2double ** | Ks_ab |
| Structure for the stress component of the tangent matrix. | |
| su2double *** | Kk_ab |
| Structure for the pressure component of the tangent matrix. | |
| su2double ** | Kt_a |
| Structure for the nodal stress term for the residual computation. | |
| su2double ** | FDL_a |
| Structure for the dead loads for the residual computation. | |
| su2double | el_Pressure |
| Pressure in the element. | |
| Static Protected Attributes inherited from CElement | |
| static unsigned short | nDim = 0 |
| Number of dimension of the problem. | |
Detailed Description
2D line boundary element with 2 Gauss Points
- Version
- 4.1.2 "Cardinal"
Constructor & Destructor Documentation
§ CBOUND2D()
| CBOUND2D::CBOUND2D | ( | unsigned short | val_nDim, |
| CConfig * | config | ||
| ) |
This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.
- Parameters
-
[in] val_fea - Values of the fea solution (initialization value). [in] val_nDim - Number of dimensions of the problem. [in] config - Definition of the particular problem.
Member Function Documentation
§ ComputeGrad_Linear()
|
virtual |
Set the value of the gradient of the shape functions respect to the reference configuration.
- Parameters
-
[in] val_solution - Solution of the problem. [out] J_X - Jacobian of the element evaluated at the current Gauss Point respect to the reference configuration
Reimplemented from CElement.
§ ComputeGrad_NonLinear()
|
virtual |
Set the value of the gradient of the shape functions respect to the current configuration.
- Parameters
-
[in] val_solution - Solution of the problem. [out] J_x - Jacobian of the element evaluated at the current Gauss Point respect to the current configuration
Reimplemented from CElement.
The documentation for this class was generated from the following files:
- Common/include/element_structure.hpp
- Common/src/element_linear.cpp
