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Steel Frame Design
- Automatic member sizing – No preliminary design required
- Virtual work based optimization for lateral deflections
- Grouping of members for member sizing
- AISC-ASD & LRFD, UBC, British, Canadian, Italian, Indian and Euro Codes
- Design for static and dynamic loads
- Code dependent or user defined loading combinations
- Automatic calculations of live load reduction factors
- Automatic calculation of K-f\actors and P-delta effects
- Integrated section designer for composite & built-up sections
- Interactive options for design and review
- Design for Effects of Torsion
Concrete Frame Design
- ACI, UBC, British, Canadian, New Zealand, Italian, Indian, Mexican and Euro Codes
- Design for static and dynamic loads
- Grouping for design envelopes
- Automatic or user defined loading combinations and design groups
- Automatic calculations of live load reduction factors
- Design for biaxial-moment/axial-load interaction & shear
- Automatic calculation of moment magnification factors
- Magnification override option with the evaluation of P-delta effects
- Integrated section designer for complex concrete sections
- Interactive options for design and review
- Design for effects of rorsion
- Virtual work based optimization for lateral deflection control
Composite Beam Design
- Recognizes similar nature of typical floors
- Orthogonal and skewed deck systems
- Composite design for transfer girders
- Design of cantilevers and their backspans
- Automatic member Sizing – No preliminary design required
- Optimization for minimum weight or price
- Camber and stud requirements
- User specified stud distribution
- Wet and dry loading combinations
- Code dependent or user defined loading combinations
- Automatic calculations of live load reduction factors
- User controlled deflection criteria
- Virtual work based automatic drift control for steelfFrames
- Grouping of members for member sizing
- American, Canadian, British and Indian codes
- Design for static and dynamic loads
- Integrated section designer for composite & built-up sections
Shear Wall Design
- Calculates reinforcing requirements for overturning & shear
- American, Canadian, British and Indian codes
- Reinforcing requirements for 2D planar walls
- Reinforcing requirements for 3D elevator core with openings
- Reinforcing requirements for curved shear walls
- Reinforcing requirements for spandrels & link beams
- Design includes torsional effects
- User controlled interactive design and review
- Accurate capture of shear lag
- Automatic Integration of forces for piers and spandrels
- 2D wall pier design
- 2D wall spandrel design
- 3D wall pier check for provided reinforcement
Steel Joist Design
- Recognizes similar nature of typical floors
- Standard (K) or Envelope (KCS) design types
- Total load and live load design parameters
- Orthogonal and skewed deck systems
- Automatic member sizing – No preliminary design required
- Code dependent or user defined loading combinations
- Automatic calculations of live load reduction factors
- Virtual work based on automatic drift control for steel frames
- Grouping of members for member sizing
- AISC-ASD & LRFD, UBC, British, Canadian, Italian, Indian and Euro
- Codes for steel frame design
- Design for static and dynamic loads
- Integrated Section Designer for composite & built-up Section
