I2

Moldex3D/Solid-I2 is a series of interface modules to integrate Moldex3D/Solid and other general-purpose structural analysis software, such as ABAQUS, ANSYS, MSC.Nastran...etc.

Moldex3D/Solid-I2 helps users to introduce the process-induced properties, such as fiber orientation, into the above-mentioned software for optimizing part structure design with the real material properties. It can directly translate the mesh and material properties into the necessary formats for structural CAE software. For those analyses requiring different mesh number, mesh density distribution and mesh types (such as high-order hexagonal mesh model), Moldex3D/Solid-I2 provides advanced mapping functions to map the necessary information onto the dedicated mesh model for structural analyses.

Moldex3D/Solid-I2 bridges the gap between the molding simulation and structural analysis for a fully-optimized product design.

Capabilities
Moldex3D/Solid-I2 allows you to

	Output part solid mesh into ABAQUS/ANSYS/MSC.Nastran/NENastran
	Output final warpage shape into ABAQUS/ANSYS/MSC.Nastran/NENastran
	Output fiber-induced anisotropic mechanical properties into ABAQUS/ANSYS/MSC.Nastran/NENastran
	Auto-transfer 1st order solid element into 2nd order solid element
	Map analysis results from original mesh to user-specified mesh of various types

Features

	I2-ABAQUS
	Output part solid mesh into ABAQUS
	Output final warpage shape into ABAQUS
	Output fiber-induced anisotropic mechanical properties into ABAQUS
	Auto-transfer 1st order solid element into 2nd order solid element
	Map analysis results from original mesh to user-specified mesh
	I2-ANSYS
	Output part solid mesh into ANSYS
	Output final warpage shape into ANSYS
	Output fiber-induced anisotropic mechanical properties into ANSYS
	Auto-transfer 1st order solid element into 2nd order solid element
	Results mapping from original mesh to user-specified mesh
	I2-MSC.Nastran
	Output part solid mesh into MSC.Nastran
	Output final warpage shape into MSC.Nastran
	Output fiber-induced anisotropic mechanical properties into MSC.Nastran
	Auto-transfer 1st order solid element into 2nd order solid element
	Map analysis results from original mesh to user-specified mesh
	I2-NENastran
	Output part solid mesh into NENastran
	Output final warpage shape into NENastran
	Output fiber-induced anisotropic mechanical properties into NENastran
	Auto-transfer 1st order solid element into 2nd order solid element
	Map analysis results from original mesh to user-specified mesh