Equation Pad › Library › Eurocode 2 › Shear and torsion
Design shear near a direct support
Reduction of loads applied close to a support and the design shear at d from the face. Reference: EN 1992-1-1 6.2.1(8), 6.2.2(6).
Open this sheet in Equation Pad Browse the Library

Example only. This sheet shows one way to set out the check. It is not endorsed by the bodies that publish the design codes and does not reproduce them. Check every clause, value and assumption against your own copy of the current edition of Eurocode 2 and its national annex before you use it, and have the result checked by a competent person. See the disclaimer.
The calculation, line by line
Every line below is typed into Equation Pad exactly as shown; the app typesets it, works out the value with its units and shows checks as TRUE or FALSE. Change any input and everything below it updates.
# Inputs
w_Ed := 75 kN/m
L := 6 m
d := 500 mm
t := 300 mm
F_Ed := 150 kN
a_v := 600 mm
# Shear
V_face := w_Ed*(L/2 - t/2) = kN
V_d := V_face - w_Ed*d = kN
beta := max(a_v/(2*d), 0.25) =
V_point := beta*F_Ed = kN
V_Ed := V_d + V_point = kN
How to use this example
- Click Open this sheet in Equation Pad. It opens as a new worksheet in your browser; nothing is installed.
- Change the inputs at the top to those of your project.
- Check the clauses and coefficients against the code, add your own checks, and save the sheet or export a PDF with your title block.
More Eurocode 2 sheets on shear and torsion
- Shear resistance of members without shear reinforcement
- Shear links by the variable strut inclination method
- Maximum shear resistance V_Rd,max
- Minimum shear reinforcement and link spacing
- Torsion with shear
- Shear at the interface between concrete cast at different times