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Proteus is a multidimensional, modular modeling system that provides for the simultaneous display of many different types of data in many different formats; geometry, boundary conditions, mesh size or geometry change history, node forces or nodal velocities. It is easy to use and requires no prior experience in finite element analysis. What can Proteus do? • Tensile & compression testing of materials. • Design studies for beams & cables; cable stayed bridge towers. • Evacuation models for bridges, tunnels and pipelines. • Finite elements with shell elements (e-shell) with membrane input for modeling bones, shells and plates. • Differential pressure analysis of ductile material with membrane input. • Stress analysis on elastic materials with membrane input. • Numerical solution of the beam & cable equations for prestressed cables, elastoplastic beams and pressurized spheres. • Newtonian stiffening methods for beams, cylinders, shells and plates. • Numerical solution of the beam & cable equations for slabs & plates. • Finite element code for an insect's exoskeleton structure modeling. • RANS code for fluid flow over, around or through porous materials bearing large deformations near wall continuity boundaries or free boundaries. • Computation of the unsteady heat and mass transfer of porous materials in very large deformations. • Noise and leapfrog operators. What can Proteus NOT do? • Compressible flow, only if the fluid is incompressible. • Bending and torsion on the axis normal to the flow direction, only if the material is isotropic. • Flow in a non uniformly thick layer such as a porous membrane or an insect's exoskeleton. • Flow with contact between two different materials [e.g., aerospace fluids or fluids on/in membranes]. *Protest: Some people would like to be able to use it for these things (e. g., porous membranes) and we may address this in the future. • Computation of the unsteady heat and mass transfer of porous materials with sharp interface. • A technique that generates a mesh by means of a slicing process from an imported, non-uniform mesh. This is not supported yet. • Online mesh generation for meshes with holes, lines or irregular elements. • Computed anisotropic damping on a time dependent basis for viscoelastic fluids or deformable solids using explicit diagonalization methods. How to use Proteus? Get the latest version from www.proteus-professional.com/ . Find a tutorial video on www.youtube. com/watch?v=ctnED8m25bY . •Open a new project and select the 'p7.2' template from the 'Manual' menu. •Plot a simulation study with the basic P7.2 functions. •Create a mesh from your structural model by using 'Import Mesh' from the Edit menu or from the Category item under the Project menu that appears when you select File > Import Mesh. Proteus 7.2 SP 2 Trial Release - 07 07 2012 P7_SP_Trial-06-09-2012 - DOS/Linux/Windows/MacOSX, source code Rar. cfa1e77820
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