Engineering Stress Analysis of 2D Problems

Stress2D is a software package for engineering stress analysis of 2D problems.   The program provides an easy solution for a specific structural design problem. The loading can be arbitrary line loads, point loads and volume load (gravity, inertia, etc.). The loading is applied in up to ten basic load cases. The basic load cases can be combined in ten additional load combinations. The results are given as deformed shape for each load case and load combination.  Stress contours are also provided

It is Different ...

No Elements , No Nodes, No Freedoms...  No Problems !

Stress2D software is conceptually different from any other Finite Element software.   Its was designed to be used by ordinary practicing engineers, non-specialists in finite elements analysis.  Simply, the user defines the geometry by subdividing the area in 4-node and 3-node polygons, without defining any nodes or elements connectivity.  The software will generate and number the nodes, generate the finite elements and connect the elements' degrees of freedoms to the nodes.  The mesh generation is fully automatic, and does not need any intervention from the user.   This operation is monitored at the background, to prevent some common modelling problems at a very beginning.  This concept was first introduced in our software product SLABS, and it is widely accepted by hundreds of engineers.

The results are presented in a graphical way, as deformed shape, and contour lines for stresses.  The unique "Integrate" function can be used to extract M, Q and N, which can be used to check or design the sections. (more...)

All this makes Stress2D a must-have software package for any structural engineer.

Feb 16, 2009

New update is available.

• Transfer wall supporting 54-storey building. (more...)
• Design of Reinforced Concrete Transfer Wall. (more...)
• Design of Steel Truss Joint (more...)
• Design of 2-storey transfer wall (more...)
• "Deep beam" design example No 1 (more...)
• "Deep beam" design example No 2 (more...)

• Deep beams/walls steel design
• Based on well-established Finite Element approach
• 3-node and 4-node panels for easy input of any geometry
• Axial bars (truss elements)
• Fixed and elastic supports
• Plane Stress and Plane Strain problems
• Point Loads, Line Loads and Volume Load in up to 10 Load Cases
• DXF and Bitmap import
• Deformed Shape Results
• Stress Distribution and Principal Stresses at any point
• Reaction in all fixed and elastic supports
• Stress integration, extract M, Q and N