Updates
28
march
2016
Decor
The calculation of the resistance of sections with holes has been refined.
17
march
2016
SCAD++
The error in the calculation of inertial forces according to KMK 2.01.03-96 has been corrected.
The accuracy of calculating stresses in geometrically nonlinear plate elements has been increased.
SCAD++, Kristall, Section Builder
Profiles of type U and C according to TU 1120-001-37820873-2012 have been added to the “Cold-formed profiles” catalogue.
Bent angles according to GOST 19771-93 and GOST 19772-93 have been added to the “GOST” catalogue.
16
march
2016
SCAD++
The capabilities of the Specify the reinforcement layout of plate elements operation have been expanded. The additional features button enables to modify only a part of the reinforcement layout (for example, to modify only S1, leaving the other components unchanged).
9
march
2016
SCAD++
The analysis of stability of in-plane bending in the Steel postprocessor has been refined for the structural members of beam type.
17
february
2016
SCAD++
Seismic analyses according to the codes of Turkmenistan (SNT 2.01.08-99*) have been added.
10
february
2016
SCAD++
When importing data from Tekla, a heuristic algorithm for recognizing compound sections has been added.
The bug that caused the program to crash when using the Standard structures and Standard analytic surfaces operations has been fixed.
1
february
2016
SCAD++
A verification example for SCAD has been added – Love problem.
19
january
2016
SCAD++
The "Search of nodes with the given characteristics" operation has been added to the Visualization toolbar.
The "Divide bars by a polygon" operation has been added.
18
january
2016
SCAD++
The importance factor can now be taken into account in the dialog box for viewing DCF for a certain finite element (it is invoked from the Information on the element).
The bug in the control of groups of steel and reinforced concrete elements has been fixed.
15
january
2016
SCAD++
The bug that caused incorrect restoration of the position of toolbars has been fixed.
SCAD++, Kristall
The error in the calculation of factors for limit slenderness for lattice sections has been corrected.