| Sezione | Area della sezione | Distanza dal baricentro | Momento d'inerzia | Modulo di resistenza |
| S [cm2] | x [cm] | J [cm4] | W [cm3] | |
 | H2 | H/2 | H4/12 | H3/6 |
 | H2-d2 | H/2 | (H4-d4) /12 | (H4-d4) /6H |
 | B*H | H/2 | B*H3/12 | B*H2/6 |
 | B*H-b*h | H/2 | (B*H3-b*h3)/12 | (B*H3-b*h3)/6H |
 | π*R2 | R | π*R4/4 | π*R3/4 |
 | π*(R2-r2) | R | π*(R4 - r4)/4 | π*(R4-r4)/4 |
 | B*H-b*h | x = H-x' x' = (s*H2+b*s2)/2(s*H+b*s) | (B*x'3-b*(h-x)3+s*x3)/3 | Wx = √(J/S)/x Wx' =√(J/S)/x' |
 | B*H-(B-s)*h | x = H-x' x' = (s*H2+(B-s)*s2)/2(s*H+(B-s)*s) | (B*x'3-(B-s)*(h-x)3+s*x3)/3 | Wx = J/x Wx' = J/x' |
 | B*H-(B-s)*h | H/2 | (B*H3-(B-s)*h3)/12 | (B*H3-(B-s)*h3)/6H |
 | 2s*H+b*s | H/2 | (2s*H3-b*s3)/12 | (2s*H3+b*s3)/6H |
 | B*H-(B-2s)*h | x = H-x' x' = (2s*H2+(B-2s)*s2)/2(2s*H+(B-s)*s) | (B*x'3-(B-2s)*(h-x)3+2s*x3)/3 | Wx = I/x Wx' = I/x' |
 | B*H-(B-s)*h | H/2 | (B*H3-(B-s)*h3)/12 | (B*H3-(B-s)*h3)/6H |
 | B*H/2 | x=2H/3 x'=H/3 | B*H3/36 | Wx =(B-H2)/24 Wx' = (B-H2)/12 |
 | H2 | √2*H/2 | H4/12 | H3/6√2 |
 | H2-h2 | √2*H/2 | (H4-h4)/12 | H4-h4/(6H*√2) |
