SCAD Office

New product

SCAD Office - a single graphical environment for the synthesis of the cal

More details

SCAD Office - a single graphical environment for the synthesis of the calculation scheme and analysis of the results, which provides unlimited possibilities for modeling design schemes from the simplest to the most complex designs. A high-performance processor allows solving large-scale problems (hundreds of thousands of degrees of freedom under static and dynamic effects). SCAD Office Includes a developed library of finite elements for the modeling of rod, plate, solid and combined structures, stability analysis modules, forming of computational combinations of forces, testing the stress state of structural elements in various strength theories, determining the interaction forces of the fragment with the rest of the construction, calculating the forces and displacements from combinations of loads . Computing capabilities:
  • High speed of calculation;
  • Developed finite element library;
  • Effective methods for optimizing the stiffness matrix.
Modeling of structures:
  • Developed graphic means for the formation and correction of the geometry of the calculation circuits, descriptions of the physico-mechanical properties of materials, setting the conditions of support and abutment, and loads;
  • A large set of parametric prototypes of structures, including frames, trusses, beam grilles, shells, surfaces of rotation, analytically defined surfaces;
  • Automatic generation of an arbitrary grid of finite elements on a plane;
  • The possibility of forming complex calculation models by assembling them from various schemes;
  • A wide choice of means of graphic control of all characteristics of the design scheme;
  • The possibility of working on a grid of alignment (coordination) axes;
  • Developed mechanism for working with groups of nodes and elements;
  • The formation of a computational model by copying the entire scheme or its fragments;
  • Import of geometry from ArchiCAD, HyperSteel, reading data in DXF, DWG formats.
Results:
  • The calculation results are displayed both in graphical and tabular forms;
  • In the graphical form, the results of the calculation of displacements are output in the form of a deformed scheme, color and digital indication of the values ​​of displacements in nodes, as well as isopoles and displacement isolines for plate and volume elements; animation of the vibration patterns for dynamic and deformation process for static loads;
  • For rod elements, deformed schemes can be obtained, taking into account deflections, as well as deflection diagrams for individual elements;
  • The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
  • The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
  • The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
  • The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
  • The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
  • The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
  • The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
  • The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
  • The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;

The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;

The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor; The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;
The forces in the rod elements are represented in the form of diagrams for the entire circuit or a single element, as well as the color indication of the maximum values ​​of the selected power factor;