Eurocode 5 Timber Design Software
This calculator supports the design of both beams and columns to Eurocode 5: Design of timber structures (BS EN 1995-1-1). The Eurocode timber design calculator includes a full library of timber materials for solid, glulam and LVL timber.
About the BS EN 1995-1-1 Timber Design Software
What design forces can be used?
The BS EN 1995-1-1 timber design tool allows the following design forces to be used as per Eurocode 5:
- Torsion
- Axial Force (P)
- Shear Force in Y and Z Directions
- Bending Force in Y and Z Directions
What results are available?
A wide range of results are available as both design values and utility ratios. The Eurocode 5 timber design calculator includes support for the following results:
Design Values
- Major Bending Strength (fm,z,d)
- Major Bending Stress (σm,z,d)
- Minor Bending Strength (fm,y,d)
- Minor Bending Stress (σm,y,d)
- Major Shear Strength (fv,z,d)
- Major Shear Stress (τv,z,d)
- Minor Shear Strength (fv,y,d)
- Minor Shear Stress (τv,y,d)
- Tensile Strength Parallel (ft,0,d)
- Tensile Stress Parallel (σt,0,d)
- Compression Strength Parallel (fc,0,d)
- Compression Stress Parallel (σc,0,d)
- Compression Strength Perpendicular (fc,90,d)
- Compression Stress Perpendicular (σc,90,d)
- Torsional Stress (τtor,d)
Utility Ratios
- Major Bending Capacity
- Minor Bending Capacity
- Bending Capacity equation (6.11)
- Bending Capacity equation (6.12)
- Major Shear Capacity
- Minor Shear Capacity
- Tensile Capacity || grain
- Compression Capacity || grain
- Compression Capacity ⊥ grain
- Torsion
- Combined Bending and Axial Tension 1
- Combined Bending and Axial Tension 2
- Combined Bending and Axial Compression 1
- Combined Bending and Axial Compression 2
- Combined Shear and Torsion
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About SkyCiv
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