A number of packages for general finite element analysis (FEA) have been developed for linear and nonlinear structural analysis, fluid flow, solid-fluid interaction, heat conduction, flow through porous media, and coupled physical problems. The solvers are supported by the original graphical pre- and post-processors and can be coupled with generally adopted software which designs and generates finite elements for input data and output results. Its basic development dates back several decades and is based on fundamental research conducted at the University of Kragujevac in collaboration with world renowned institutions such as M.I.T., the Technical University of Athens, the Imperial College, Harvard University, etc., and in conjunction with industry. ITC Software offers the packages as software solutions for specific applications and offers services for advanced numerical analyses and simulations.
Program for General Structural Analysis
 Class of Problems :
Small displacements with nonlinear materials (MNO), stability analysis, post critical structural responses, nonlinear dynamics, contact and impact problems with all kinds of nonlinearities, large displacements with small strains, large strains.
Finite Elements :
Truss (with gap option and with prescribed material nonlinearity), 2D and 3D with enhancements, membrane, shell (with mixed interpolations and membrane enhancements), beam, thin-walled beam, beam with arbitrary and deformable cross-section (beam super element), beam with plastic hinge, rigid body elements.
Material Models :
Linear elastic, thermo-elastic, orthotropic elastic and thermo-elastic; rubber; Mises elastic-plastic (isotropic and anisotropic) with mixed hardening, Mises thermo-elastic-plastic isotropic and anisotropic, with mixed hardening with or without creep; Cam-clay with critical stress state, generalized cap soil mechanics model.
Program for 2D and 3D flow of incompressible viscous fluid with heat transfer Laminar incompressible flow for steady and unsteady flow, Newtonian and non-Newtonian fluid. Mixed and penalty formulation, conductive and convective heat transfer with fluid-structure interaction. ALE formulation, adaptive methods, multi-grid method.
Program for fluid flow through porous deformable media Linear and geometrically and materially analysis. Static and dynamic analysis. Material characteristics: variation of porosity, elastic and elastoplastic consolidation, elastic, elastoplastic Cam-clay, thermoelastic material models. Heat transfer and fluid flow, multiphase flow. Electrokinetic coupling in the cartilage model, large displacements and large strains.
Program for general solid-fluid interaction problems The loose coupling solution algorithm with use of the programs for structural and fluid analysis. The master code Initialization phase Identification of the points common for the fluid and solid domains A global loop for the fluid and structure solvers
Example Solutions:
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What are General Finite Elements ?
Example: Automotive System Analysis
Example: Wagon System Analysis
Example: Aircraft System Analysis
Example: Other Mechanical Systems
Example: Large Strain Analysis
Example: Fluid-Structure Interaction
Example: Dam Analysis
Example: Semiconductor Analysis
Example: Single Crystal Growth
Example: Solid Freeform Fabrication
Example: Break Wheel
Example: Wagon
Example: Karman vortex
Example: 3D Dam
Example: Fluid Pressure
Example: Stressed Tube
FEA Examples Overview Content is available under GNU Free Documen | 
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General Finite Element Sample Projects
