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Straus7’s fully-integrated visual environment - combined with a suite of powerful solvers - gives you unparalleled functionality in a single application. Construct models, run analyses and investigate results simultaneously using a seamless interface.
Straus7 lets you build models quickly. Create, delete and manipulate elements with a comprehensive set of tools, automated meshing and unlimited undo. Organise a complicated model into a simple set of parts using the Group Tree. Define your own coordinate systems and beam cross-sections. Check mesh quality with aspect ratio and warping contours and free edge detection.
Straus7 harnesses the power of Windows. Open multiple models at the same time. Cut-and-paste elements in 3D - even between models - and copy data to and from other Windows programs. Import geometry data from ACIS and DXF files. Choose drawing styles and colours. Set the physical units for viewing and entering data. Dynamically rotate, pan and zoom in real time with a single click
Straus7 gives you a range of result options. Visualise results with contour maps, vector maps and X-Y graphs. Use the Peek tool to inspect result quantities at any point, directly on the model. View, sort and filter results with the Result Listings spreadsheet.
Straus7 offers a full set of previewing and printing tools for documenting and reporting your work. Choose your own fonts, titleblocks and logos for a consistent, professional look across all your printing.
Extensive element library
1D: Beam, truss, spring, damper and cable elements
2D: Plane stress, plane strain, plate/shell, 3D membrane, shear panel and axisymmetric elements
3D: Tetrahedral, wedge, pyramid and hexahedral elements
Constraints: Rigid links, pinned links, master/slave links and contact elements (2D and 3D)
Comprehensive range of solvers
Static: Linear, buckling and non-linear (geometric, material and boundary non-linearity)
Dynamic: Natural frequency, harmonic response and spectral response
Transient: Linear and non-linear (geometric, material and boundary non-linearity)
Heat transfer: Steady-state and transient (linear and non-linear)
Standard and specialist materials
Linear and non-linear material models, including:Isotropic, orthotropic, anisotropic, soil, rubber, composite laminates and user-defined materials
Industry-standard data libraries
Materials: Engineering properties for common materials - steel, timber, aluminium, concrete and glass
Sections: Industry-standard cross-sections, including I-beams, tubes, channels and angles