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muMECH
1.0
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muMECH
1.0
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| ▼Ngelibspace | |
| CArray | |
| CArray1d | |
| CDmtrx | |
| CDscal | |
| CDvctr | |
| CElem3D | |
| CLmtrx | |
| CLvctr | |
| CMatriX | |
| CPoinT | |
| CStream | |
| CVectoR | |
| CXmtrx | |
| CXscal | |
| CXvctr | |
| ▼Nmeso2d | |
| Cellipse_rec | Ellipsoid record |
| Cpoint_rec | Point record |
| ▼Nmeso3d | |
| Cellipsoid_rec | Ellipsoid record |
| Cpoint_rec | Point record |
| Ctrans_matrix | |
| ▼Nmumech | |
| C_COMPLEX | |
| CaLambda | |
| Cbod_pomocny | |
| CcLambda | |
| CComparison | Class of the functions comparing results |
| CDifferentialScheme | Class of function for Mori-Tanaka homogenization |
| CDilute | Class of function for Mori-Tanaka homogenization |
| CeshelbySoluEllipticIntegrals | Class of the functions calculating the values of elliptic integrals and its derivatives |
| CeshelbySoluEllipticIntegralsCylinder | Class of the functions calculating the values of elliptic integrals and its derivatives of circular cylinder (a1 -> infinity, a2 = a3) |
| CeshelbySoluEllipticIntegralsEllipsoid | Class of the functions calculating the values of elliptic integrals and its derivatives of general ellipsoid |
| CeshelbySoluEllipticIntegralsEllipticCylinder | Class of the functions calculating the values of elliptic integrals and its derivatives of elliptic cylinder (a1 -> infinity, a2 > a3) |
| CeshelbySoluEllipticIntegralsFlatEllipsoid | Class of the functions calculating the values of elliptic integrals and its derivatives of flat ellipsoid (a1 > a2 >> a3) |
| CeshelbySoluEllipticIntegralsOblateSpheroid | Class of the functions calculating the values of elliptic integrals and its derivatives of oblate spheroid (a1 = a2 > a3) |
| CeshelbySoluEllipticIntegralsPenny | Class of the functions calculating the values of elliptic integrals and its derivatives of penny shape (a1 = a2 >> a3) |
| CeshelbySoluEllipticIntegralsProlateSpheroid | Class of the functions calculating the values of elliptic integrals and its derivatives of prolate spheroid (a1 > a2 = a3) |
| CeshelbySoluEllipticIntegralsSphere | Class of the functions returning the Ferers-Dysons elliptic integral values as well as its derivatives |
| CeshelbySoluLambda | Class of functions calculating the values of 'lambda' parameter and its derivatives |
| CeshelbySoluUniformField | Class of the functions returning the Eshelby solution of an inclusion of an ellipsoidal shape loaded by the uniform strain/stress field |
| CeshelbySoluUniformFieldCylinder | EshelbySoluUniformFieldCylinder class declaration |
| CeshelbySoluUniformFieldEllipticCylinder | EshelbySoluUniformFieldEllipticCylinder class declaration |
| CeshelbySoluUniformFieldFlatEllipsoid | EshelbySoluUniformFieldFlatEllipsoid class declaration |
| CeshelbySoluUniformFieldOblateSpheroid | EshelbySoluUniformFieldOblateSpheroid class declaration |
| CeshelbySoluUniformFieldPenny | EshelbySoluUniformFieldPenny class declaration |
| CeshelbySoluUniformFieldProlateSpheroid | EshelbySoluUniformFieldProlateSpheroid class declaration |
| CeshelbySoluUniformFieldSphere | Return the Eshelby solution of a spherical inclusion loaded by the uniform strain/stress field |
| CHomogenization | Class of function for homogenization of stress fields |
| CInclusion | Class InclusionRecord contains and handles all inclusion data |
| CInclusionRecord2D | |
| CInclusionRecord3D | 3D inclusion record |
| ClegendreIntegrals | Class legendreIntegrals provides functions calculating values of elliptical integrals |
| Cmatice | |
| CMatrixRecord | Matrix data structure - matrix (infinite medium) record |
| CmElement | Class mElement contains and handles all mesh element data |
| CMesh | Class Mesh contains and handles all mesh data |
| CMesoFace | Class of the interface functions for libraries meso2d and meso3d |
| CmNode | Class mNode contains and handles all mesh node data |
| CMoriTanaka | Class of function for Mori-Tanaka homogenization |
| CnLambda | |
| CPoint | Single Point data structure - contribution from Single inclusion |
| CpolynomialRootSolution | Class polynomialRootSolution collects functions calculating the roots of polynomial functions |
| CProblem | Problem description |
| CProblemFEM | Problem description for FEM problem with results |
| CProblems | |
| CRegGrid | Class of function for ... homogenization |
| CReussBound | Class of function for Reuss bound |
| CselfBalanceAlgorithm | |
| Cvektor | |
| CVoightBound | Class of function for Voight bound |
| ▼Ntinyxml2 | |
| CDynArray | |
| CEntity | |
| CMemPool | |
| ▼CMemPoolT | |
| CBlock | |
| CChunk | |
| CStrPair | |
| CXMLAttribute | An attribute is a name-value pair |
| CXMLComment | An XML Comment |
| CXMLConstHandle | A variant of the XMLHandle class for working with const XMLNodes and Documents |
| CXMLDeclaration | In correct XML the declaration is the first entry in the file |
| CXMLDocument | A Document binds together all the functionality |
| CXMLElement | The element is a container class |
| CXMLHandle | A XMLHandle is a class that wraps a node pointer with null checks; this is an incredibly useful thing |
| CXMLNode | XMLNode is a base class for every object that is in the XML Document Object Model (DOM), except XMLAttributes |
| CXMLPrinter | Printing functionality |
| CXMLText | XML text |
| CXMLUnknown | Any tag that TinyXML-2 doesn't recognize is saved as an unknown |
| CXMLUtil | |
| CXMLVisitor | Implements the interface to the "Visitor pattern" (see the Accept() method.) If you call the Accept() method, it requires being passed a XMLVisitor class to handle callbacks |
| CBod |
1.8.11.
