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MAYA Heat Transfer Technologies Limited NX pre/post and the ANSYS Environment

Description
The ANSYS Environment provides the tools needed to build models, define ANSYS solution parameters and view the solution results. The environment speaks the ANSYS language in terms of element definitions, loads and boundary conditions nomenclature. It allows the user to fully leverage the NX Advanced FEM finite element pre- and post-processing software capabilities to prepare for ANSYS analysis. The ANSYS Environment also enables bi-directional NX import/export capabilities from/to ANSYS run-ready input file data. Importing ANSYS models Complete ANSYS finite element models, including bulk data as well as solution controls and step controls. PREP7, CDWRITE, and binary results file (.rst and .rth) formats are supported. Estimation of beam element cross-section shapes for graphical display Using NX to create ANSYS models The following types of analyses are supported: Structural static, modal Steady-state heat transfer Eigenvalue buckling Elements and other entities A wide variety of elements and other model entities are supported. Structural element types Rod (BEAM4, LINK8, LINK10) Beam (BEAM44, BEAM188) Axisymmetric solids, plane stress and plane strain (PLANE42, PLANE82) Thin shell (SHELL63/93/91/99/18 1) Solid elements (SOLID45/92/95/186/1 87/191 SOLSH190) Surface-to-Surface Contact elements (CONTA174/ TARGE170) Rigid, constraint, spring, damper, gap and mass elements (CP, CE, CERIG, MPC184, COMBIN14, COMBIN40, CONTAC12, CONTAC52, MASS21) Pretension elements (PRETS179) Shell and Solid laminates Gasket (INTER192, INTER195) Thermal element types Rod (BEAM4) and beam (BEAM44) elements Thin shell (SHELL57/93) Axisymmetric solids (PLANE55/77) Solid elements (SOLID70/87/90) Mass elements (MASS21) All KEYOPTS and Real Constants are supported in the graphical user interface.

Suppliers

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Montreal, Quebec, Canada
NX pre/post and the ANSYS Environment
NX pre/post and the ANSYS Environment
The ANSYS Environment provides the tools needed to build models, define ANSYS solution parameters and view the solution results. The environment speaks the ANSYS language in terms of element definitions, loads and boundary conditions nomenclature. It allows the user to fully leverage the NX Advanced FEM finite element pre- and post-processing software capabilities to prepare for ANSYS analysis. The ANSYS Environment also enables bi-directional NX import/export capabilities from/to ANSYS run-ready input file data. Importing ANSYS models Complete ANSYS finite element models, including bulk data as well as solution controls and step controls. PREP7, CDWRITE, and binary results file (.rst and .rth) formats are supported. Estimation of beam element cross-section shapes for graphical display Using NX to create ANSYS models The following types of analyses are supported: Structural static, modal Steady-state heat transfer Eigenvalue buckling Elements and other entities A wide variety of elements and other model entities are supported. Structural element types Rod (BEAM4, LINK8, LINK10) Beam (BEAM44, BEAM188) Axisymmetric solids, plane stress and plane strain (PLANE42, PLANE82) Thin shell (SHELL63/93/91/99/18 1) Solid elements (SOLID45/92/95/186/1 87/191 SOLSH190) Surface-to-Surface Contact elements (CONTA174/ TARGE170) Rigid, constraint, spring, damper, gap and mass elements (CP, CE, CERIG, MPC184, COMBIN14, COMBIN40, CONTAC12, CONTAC52, MASS21) Pretension elements (PRETS179) Shell and Solid laminates Gasket (INTER192, INTER195) Thermal element types Rod (BEAM4) and beam (BEAM44) elements Thin shell (SHELL57/93) Axisymmetric solids (PLANE55/77) Solid elements (SOLID70/87/90) Mass elements (MASS21) All KEYOPTS and Real Constants are supported in the graphical user interface.

The ANSYS Environment provides the tools needed to build models, define ANSYS solution parameters and view the solution results. The environment speaks the ANSYS language in terms of element definitions, loads and boundary conditions nomenclature. It allows the user to fully leverage the NX Advanced FEM finite element pre- and post-processing software capabilities to prepare for ANSYS analysis. The ANSYS Environment also enables bi-directional NX import/export capabilities from/to ANSYS run-ready input file data.

Importing ANSYS models

  • Complete ANSYS finite element models, including bulk data as well as solution controls and step controls. PREP7, CDWRITE, and binary results file (.rst and .rth) formats are supported.
  • Estimation of beam element cross-section shapes for graphical display

Using NX to create ANSYS models

The following types of analyses are supported:

  • Structural static, modal
  • Steady-state heat transfer
  • Eigenvalue buckling

Elements and other entities
A wide variety of elements and other model entities are supported.

Structural element types

  • Rod (BEAM4, LINK8, LINK10)
  • Beam (BEAM44, BEAM188)
  • Axisymmetric solids, plane stress and plane strain (PLANE42, PLANE82)
  • Thin shell (SHELL63/93/91/99/181)
  • Solid elements (SOLID45/92/95/186/187/191 SOLSH190)
  • Surface-to-Surface Contact elements (CONTA174/ TARGE170)
  • Rigid, constraint, spring, damper, gap and mass elements (CP, CE, CERIG, MPC184, COMBIN14, COMBIN40, CONTAC12, CONTAC52, MASS21)
  • Pretension elements (PRETS179)
  • Shell and Solid laminates
  • Gasket (INTER192, INTER195)

Thermal element types

  • Rod (BEAM4) and beam (BEAM44) elements
  • Thin shell (SHELL57/93)
  • Axisymmetric solids (PLANE55/77)
  • Solid elements (SOLID70/87/90)
  • Mass elements (MASS21)

All KEYOPTS and Real Constants are supported in the graphical user interface.

Supplier's Site

Technical Specifications

  MAYA Heat Transfer Technologies Limited
Product Category Finite Element Analysis Software
Product Name NX pre/post and the ANSYS Environment
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