Actions and Combinations Wind and Seismic Loads Static Wind Load: SS EN 1991-1-1:2008 Static Seismic Load: SS EN 1998-1 : 2013 Response Spectrum Functions: SS EN 1998-1 :

2013 Auto generation of Load Combinations SS EN 1990 : 2008+A1 : 2010 Ultimate and Serviceability Limit State

Combinations Orthogonal Effects (100:30 Rule)

Steel Design Steel Material Data Base The Design Parameters, py and fy, corresponding to different

Steel Grades as per BC1:2012 Design Guide to Use of Alternative Structural Steel

Steel Design as per SS EN 1993-1-1 : 2010 Ultimate and Serviceability Limit State Verification Steel Optimal Design based on the Ultimate Limit State

Check Optimal Design based on the Lateral Displacement

Singapore National Annex to Eurocode

2014

Response Spectrum Function

Graphic and Detailed Report Steel Optimal Design Results

Static Wind Load

Concrete Design as per SS EN 1992-1-1:2008 Amendment No. 1 Ultimate Limit State & Serviceability Limit State

design Automatic Design/Checking for Concrete

Frame and Shear Wall Slab Flexure Design using Wood-Armer

Moment and Punching Shear Check Cracked Section Analysis for Slab Deflection Irregular Section Design as per Eurocode2

Concrete Design

Punching Shear Check Result Slab Flexural Design

Singapore National Annexes to Eurocode

2014

Graphic Report

P-M-M Interaction Curve for Column

Detailing of Members Detailing of Members as per

Eurocode Auto-Placement of Rebar

reflecting Constructability Convenient Edit Functions for

Rebar Information Structural Drawings Generate Drawings in dwg and

dxf Format Plan & Elevation Drawings Member Detail Drawings Slab Drawings

Bill of Materials

Structural Drawings

BIM Data Exchange: Direct Data Transfer with Revit Structures,

Tekla Structures & STAAD Import/Export (AutoCAD DXF, MSC.Nastran,

MGT, etc.)

Bill of Materials Modify Beam Rebar