Structural Mechanics and Fluid Structure Interaction

ICSM++ can be used to solve static or dynamic structural problems including large deformations and temperature induced stresses. Segregated input files for ICSM++ and ICFD++ can be easily set up for FSI using the MetaFSI interface, which facilitates communication between the two codes and also morphs the CFD grid to follow the structural deformations. Although Metacomp is always ready to couple third party structural solvers with ICFD++, ICSM++ provides us the flexibility to tailor both solvers, and their coupling algorithms, to meet our customers’ needs.

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ICSM++ introduces a new level of multi-disciplinary analysis and design capability to engineers and scientists in diverse fields of science and technology. ICSM++ is a finite element based structural mechanics simulation software suite which has been specifically designed, from the outset, to work seamlessly with ICFD++, ICAA++ and IMIME to carry out Multi-Physics simulations involving fluid flows, acoustics, structural deformations and heat transfer. ICSM++ heralds Metacomp’s vision for a flow structure interaction capability with an unprecedented level of interaction between all the component disciplines. In addition to importing meshes from IMIME, ICSM++ can import just the mesh or the complete finite element model from several commercial finite element codes. The integrated GUI can be used to setup, solve and analyze a problem quickly and efficiently.

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  • What is ICSM++?
  • Why ICSM++?
  • Features
  • Technology
  • Applications

CSM++ introduces a new level of multi-disciplinary analysis and design capability to engineers and scientists in diverse fields of science and technology. CSM++ is a finite element based structural mechanics simulation software suite which has been specifically designed, from the outset, to work seamlessly with CFD++, CAA++ and MIME to carry out Multi-Physics simulations involving fluid flows, acoustics, structural deformations and heat transfer.

  • Metacomp’s Computational Structural Mechanics (CSM) and Dynamics software suite
  • Finite element based
  • Designed specifically to work seamlessly with CFD++ to carry out multi-physics simulations
  • Advanced User Interface that intelligently guides user through a logical problem set up

 

  • ICSM++ has tightly coupled structural and flow solvers in modeling fluid-structure interactions (FSI)
  • Enables a tightly coupled FSI setup process with an easy and consistent user experience
  • Allows control and flexibility in tailoring the fluid and structural solvers and their coupling algorithms according to customer needs

ICSM++ heralds Metacomp's vision for a flow structure interaction capability with an unprecedented level of interaction between all the component disciplines. In addition to importing meshes from MIME, ICSM++ can import just the mesh or the complete finite element model from several commercial finite element codes. The integrated GUI can be used to setup, solve and analyze a problem quickly and efficiently.

Physics

  • Geometrically Linear/ Non-Linear
  • Structural (with or without thermal stresses)
  • Thermal Analysis
  • Steady State or Transient
  • Linear Material Models (Isotropic, Orthotropic, Anisotropic)

Element types supported

  • 2-D: Solids and Shells.
  • 3-D: Solids, Shells, Membrane, Beam, Rigid, Truss.

Meshes can be created within CSM++ for the following elements:

  • 1-D: Along a Curve (Linear or Parabolic Line Elements)
  • 2-D and 3-D: Linear and Parabolic

Modeling features and solution procedures

  • Single/Multi-Point Constraints
  • Co-rotational Procedures
  • Large overall motion (rotation/flapping)
  • Solve [K] {x} = {f}
  • Direct Solver and Iterative Solver
  • Eigenvalues and Eigenvectors
  • Linear, Non-Linear, Steady, Transient

I/O options for CAD and CAE softwares

  • 3D Systems/STL File 
  • SDRC/IDEAS Universal File
  • ABAQUS Input and Output Files
  • ANSYS Input and Results Files
  • CGNS Database
  • LSTC/LS-DYNA Input and State Files
  • NASTRAN Bulk Data and OUTPUT2 Files

User interfaces

  • Easy problem set-up
  • Visualize deformations, mode shapes.
  • Animate results.
  • Easy setup and complex FSI simulations.

Mesh morphing

Information transfer capabilty between CFD and Structural Analysis

Flutter computations

Large overall motions like rotation/flapping.

Parallel mesh morphing for large problems.

Socket communication with ICFD++

 

Multi-disciplinary physics can be easily accessible with ICSM++ enabling Fluid Structure Interaction. Loads created by inertia, posed external body forces or external aerodynamics forces can be coupled using ICSM++ to determined the movement and/or the deformation of the body. Meshes are created both for internal structure and for the external flow field. Socket integrated ICSM++ and ICFD++ can work together to compute the final deformation deformation caused by external aerodynamic forces. The communications between the mesh for the structural mechanics and the mesh for CFD is handled automatically by MetaFSI.

Aero-Thermal FSI

Aero-Thermal FSI

Structural change due to high speed flow
Non-Linear Transient FSI

Non-Linear Transient FSI

Structural deformation caused by very high speed flow
ICSM Interface to OpenFSI

ICSM++ Interface to OpenFSI

Steady state FSI

Wing structure deformation cause by aerodynamic loads

Supersonic Wedge

Supersonic Wedge