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  1. Home
  2. Tekla Structural Designer
  3. Design code specific information
  4. Eurocodes
  5. Concrete design to EC2
  6. Concrete beam design to EC2

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      • Steel design to EC3 and EC4
      • Concrete design to EC2
        • General parameters (EC2)
        • Concrete beam design to EC2
          • Limitations (concrete beam and slab: EC2)
          • Slender beams (concrete beam: EC2)
          • Cover to reinforcement (concrete beam: EC2)
          • Design parameters for longitudinal bars (concrete beam: EC2)
          • Side reinforcement (concrete beam: EC2)
          • Effective depth of section (concrete beam: EC2)
          • Design for bending for rectangular sections (concrete beam: EC2)
          • Design for bending for flanged sections (concrete beam: EC2)
          • Design shear resistance (concrete beam: EC2)
          • Minimum area of shear reinforcement (concrete beam: EC2)
          • Spacing of shear reinforcement (concrete beam: EC2)
          • Shear between flanges and web of flanged beams (concrete beam: EC2)
          • Additional tension reinforcement (concrete beam: EC2)
          • Design values of shear resistance and torsional resistance moment (concrete beam: EC2)
          • Additional reinforcement for torsion (concrete beam: EC2)
          • Deflection check (concrete beam and slab: EC2)
        • Concrete column design to EC2
        • Concrete wall design to EC2
        • Concrete slab design to EC2
        • Pad and strip base design to EC2
        • Pile cap design to EC2
        • Punching shear checks to EC2
        • References EC2
      • Vibration of floors to SCI P354
    • British Standards
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Concrete beam design to EC2

Tekla Structural Designer
Modified: 25 Mar 2025
2025
Tekla Structural Designer

Concrete beam design to EC2

The topics in this section describe how the software applies EN 1992-1-1:2004 (Ref. 1) to the design of reinforced concrete beams.

Click the links below to find out more:
  • Limitations (concrete beam and slab: EC2)
  • Slender beams (concrete beam: EC2)
  • Cover to reinforcement (concrete beam: EC2)
  • Design parameters for longitudinal bars (concrete beam: EC2)
  • Side reinforcement (concrete beam: EC2)
  • Effective depth of section (concrete beam: EC2)
  • Design for bending for rectangular sections (concrete beam: EC2)
  • Design for bending for flanged sections (concrete beam: EC2)
  • Design shear resistance (concrete beam: EC2)
  • Minimum area of shear reinforcement (concrete beam: EC2)
  • Spacing of shear reinforcement (concrete beam: EC2)
  • Shear between flanges and web of flanged beams (concrete beam: EC2)
  • Additional tension reinforcement (concrete beam: EC2)
  • Design values of shear resistance and torsional resistance moment (concrete beam: EC2)
  • Additional reinforcement for torsion (concrete beam: EC2)
  • Deflection check (concrete beam and slab: EC2)
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