SCAD++

Change No. 1 to SP 385.1325800.2018 is implemented.

SCAD++

A diagram can now be digitized in two color and both minimum and maximum values of internal forces and moments can now be simultaneously displayed in the diagrams.
The capabilities of displaying the grid lines and elevations have been expanded

New software Magnum – analysis of load-bearing cold-formed steel members.

Kust

New operation - Jordan elemination step.

Arbat

New modes - Slab Check (Karpenko' theory), Selection of Slab Reinforcement (Karpenko' theory).

SCAD++

When performing a physically nonlinear analysis, it is now possible to take into account the Bauschinger effect and the reinforcement rupture. If the plastic yield theory is used, you can also simulate the degradation of concrete in the tension area using the nonlinear fracture mechanics methods. This, in some cases, allows to obtain the numerical results which are much closer to the experimental ones.

SCAD++, Arbat

The accuracy of the thermal analysis has been increased.

SCAD++

New operation in the Visualization toolbar - Fragmentation of Not Selected Objects.

Enhanced block management capabilities when using Assembly mode and Copy Model operations in Forum mode.

SCAD++, Arbat

When the application displays the temperature in a certain section point indicated by the cursor, if the cursor is within a rebar, the temperature value in the center of this rebar is displayed.

SCAD++, Kristall

When calculating the bar elements of steel structures, the analysis of the lateral torsional buckling of beams, taking into account plastic deformations, was refined.

SCAD++

Requirements of the Change No. 1 to SP 14.13330.2018 are implemented.

SCAD++

When specifying the erection data, you can now use Cross to specify the subsoil parameters at individual erection stages.
Special processing of the calculated displacements (displaying displacements in spherical or cylindrical coordinate systems, processing displacements according to a user-defined function) is implemented.