SCAD Office 23.1.1.1

SCAD Office is a new generation system developed by engineers for engineers and implemented by a team of experienced programmers. The system includes a high-performance computing complex SCAD, as well as a number of design and auxiliary programs that allow you to comprehensively solve issues of calculation and design of steel and reinforced concrete structures. The system is constantly evolving, the user interface and computing capabilities are being improved, and new design components are being included.

SCAD Office is certified for compliance with GOST R ISO/IEC 9126-93, GOST 28195-89, GOST R ISO 9127-94, RD 50-34.698-90

Compliance with SNiP is confirmed by a certificate from the State Construction Committee of Russia.

SCAD Office includes the following programs:

• SCAD is a computer complex for strength analysis of structures using the finite element method
• CRYSTAL – calculation of steel structure elements
• ARBAT – selection of reinforcement and examination of elements of reinforced concrete structures
• FIREPLACE – calculation of stone and reinforced stone structures
• DECOR – calculation of wooden structures
• REQUEST – calculation of base and foundation elements
• SCOPE – analysis of the stability of slopes and slopes
• WEST – calculation of loads according to SNiP “Loads and Impacts” and DBN
• MONOLITH – design of monolithic ribbed floors
• COMET, COMET-2 – calculation and design of steel structure components
• CROSS – calculation of bed coefficients of buildings and structures on an elastic foundation
• SECTION CONSTRUCTOR – formation and calculation of geometric characteristics of sections from rolled profiles and sheets
• CONSUL – construction of arbitrary sections and calculation of their geometric characteristics based on the theory of solid rods
• TONUS – construction of arbitrary sections and calculation of their geometric characteristics based on the theory of thin-walled rods
• SESAME – search for equivalent sections
• CoKon – a guide to stress concentration factors and stress intensity factors
• KUST – calculation and theoretical reference book for the designer