1•2•Build

• Getting Started
  • Design of a continuous beam
    • Drawing a beam
    • Defining supports
    • Introduction of loads
    • Design of a steel beam
    • Design of a reinforced concrete beam
    • Design of a timber beam
    • Estimation of the materials
    • Changes to a beam
    • Using function ‘Load descent’
    • Managing projects
  • Design of a column
  • Design of a truss
  • Design of a repetitive structure
  • Design of plates in reinforced concrete
  • Reports
• Working Space
  • Selecting elements
  • Managing projects
  • Printing the model window
  • List of materials
  • Reinforcement sketch
  • Model management
  • Model types
  • Zoom and pan
  • The grid
  • Show and hide elements
  • Show model data
  • Show graph data
  • Model representation
• Toolbar Geometry
  • Selection arrow
  • Drawing lines
  • Dividing lines
  • Parametric structures
  • Assigning supports
  • Hinged bar ends
  • Move elements on screen
  • Adjusting a node/ point
  • Adjusting a line/ bar
• Toolbar Loads
  • Load cases
  • Point loads and moments on nodes
  • Point loads and moments on bars
  • Distributed and trapezium load on bars
  • Wind generator for 2D frames
    • Internal pressure coefficient
    • Terrain parameters
  • Editing of loads
  • Load descent function
• Toolbar Analysis
  • Design of steel
  • Design of timber
  • Design of concrete
• Toolbar Plot
  • Deformations
  • Elastic stresses
  • Internal forces
  • Reaction forces
  • Theoretical reinforcement
  • Resistance and stability verification
• Analysis & Dimensioning
  • Elastic analysis
  • Maximum relative deflection
  • Choice of design standard
  • Verification of steel and timber
  • Reinforcement calculation
  • Buckling length calculation
• Report
  • Printer settings
  • Making a calculation note
  • Creating an RTF file
  • Print preview
• User settings
• Import & Export