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Calculations
Maximum bending deflection
Calculation
This functionality is in
beta stage
.
Maximum bending deflection Calculation
public
Distance
Distance a
$a_{\Delta} = $
${mm}$
Integers or decimals only. Maximum 10 characters
Minimum value = 0.001
Distance
Distance b
$b_{\Delta} = $
${mm}$
Integers or decimals only. Maximum 10 characters
Minimum value = 0.001
Beam length
Length
$$ l_{\Delta} = {a_{\Delta} + b_{\Delta}} $$
Maximum bending deflection
Maximum deflection of simply supported beam subject to single point load applied off centre.
Applied force
$P = $
$N$
Integers or decimals only. Maximum 10 characters
Minimum value = 0.001
Modulus of elasticity
$E = $
$MPa$
Integers or decimals only. Maximum 10 characters
Minimum value = 0.001
Second moment of area
$I = $
$mm^4$
Integers or decimals only. Maximum 10 characters
Minimum value = 0.001
Applicable only when a > b.
Maximum deflection
$$ \Delta_{max_{1P}} = {{\left({ P \cdot a_{\Delta} \cdot b_{\Delta} \cdot \left({ a_{\Delta} + 2 \cdot b_{\Delta} }\right) \cdot \sqrt{ 3 \cdot a_{\Delta} \cdot \left({ a_{\Delta} + 2 \cdot b_{\Delta} }\right) } }\right) \over \left({ 27 \cdot E \cdot I \cdot l_{\Delta} }\right)}} $$
Calculate
$\Delta_{max_{1P}} = $
${mm}$
Integers or decimals only. Maximum 10 characters
Minimum value = 0.001
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