alfa | 53 | cos(2L) | cos(2B) | cos(2G) | |
beta | 71 | ||||
gamma | 131 | -0,27564 | -0,78801 | -0,13917 | |
e alfa | -1,2 | ||||
e beta | 1 | ||||
e gamma | -0,6 | 1+cos(kat) | |||
sigma x1 | 8,1 | 0,72436 | 0,21199 | 0,86083 | |
sigma y1 | 34,7 | ||||
tal x1y1 | 8,8 | 1-cos(kat) | |||
fi | 69 | 1,27564 | 1,78801 | 1,13917 | |
E | 2,1 | ||||
mi | 0,3 | sin(2*kat) | |||
0,96126 | 0,61566 | -0,99027 | |||
SKLADOWE: ex;ey;gamma_xy; | |||||
2*e(kat) | |||||
alfa | -2,4 | ||||
beta | 2 | ||||
gamma | -1,2 | ||||
0,72436 | 1,27564 | 0,96126 | |||
W = | 0,21199 | 1,78801 | 0,61566 | = | -2,09415 |
0,86083 | 1,13917 | -0,99027 | |||
-2,40000 | 1,27564 | 0,96126 | |||
W e x = | 2,00000 | 1,78801 | 0,61566 | = | 11,76929 |
-1,20000 | 1,13917 | -0,99027 | |||
0,72436 | -2,40000 | 0,96126 | |||
W e y = | 0,21199 | 2,00000 | 0,61566 | = | -4,57473 |
0,86083 | -1,20000 | -0,99027 | |||
0,72436 | 1,27564 | -2,40000 | |||
W gamma xy = | 0,21199 | 1,78801 | 2,00000 | = | 2,43058 |
0,86083 | 1,13917 | -1,20000 | |||
e x = | -5,62008 | ||||
e y = | 2,18453 | ||||
gamma xy = | -1,16065 | ||||
tg 2*fi0 = | 0,14871 | fi 01 | 4,22934 | ||
2*fi 0 = | 8,45868 | fi 02 | 94,22934 | ||
(ex+ey)/2 | -1,71778 | e1 = | 2,22745 | ||
(ex-ey)/2 | -3,90231 | e2 = | -5,66300 | ||
15,22801 | |||||
gamma xy /2 | -0,58033 | SPRAWDZENIE | -3,43555 | ||
15,56479 | = | ||||
© Sołtys & Dex | -3,43555 | ||||
G | 0,80769 | sigma `x | -114,57055 | ||
E/(1-V2) | 2,30769 | sigma `y | 11,50401 | ||
V kwadrat | 0,09000 | tal `xy | -9,37451 | ||
fi | 69 | ||||
fi01 | -69 | -1,20428 | cos 2*fi01= | 0,97365 | |
fi02 | 21 | 0,36652 | cos 2*fi02= | -0,39999 | |
sin 2*fi01= | 0,22805 | ||||
sin 2*fi01= | -0,91652 | ||||
sigma ``x = | 25,39548 | sigma ``y = | 17,40452 | ||
tal ``xy = | -15,43911 | tal ``xy = | 15,43911 | ||
SPRAWDZENIE | 42,8 | ||||
= | |||||
42,8 | |||||
sigma x = | -89,17508 | ||||
sigma y = | 28,90854 | ||||
tal xy = | -24,81363 | ||||
(sigma x + sigma y)/2 | -30,13327 | ||||
(sigma x - sigma y)/2 | -59,04181 | (sigma x - sigma y)/2^2 | 3485,93498 | ||
tal xy ^2 | 615,71603 | ||||
sigma 1 | 33,91086 | ||||
sigma 2 | -94,17740 | ||||
tg2fi | 0,42027 | SPRAWDZENIE | -60,26654 | ||
2*fi | 22,79566 | = | |||
fi 1 | 11,39783 | -60,26654 | |||
fi 2 | 101,39783 | ||||
© Sołtys & Dex |
Px= | 148 | kN | ||||||||||
Py= | -118 | kN | ||||||||||
x1= | 178 | cm | x2= | -201 | cm | x3= | -189 | cm | x4= | 159 | cm | |
y1= | 160 | cm | y2= | 138 | cm | y3= | -110 | cm | y4= | -178 | cm | |
A1= | 10 | cm^2 | A2= | 13 | cm^2 | A3= | 22 | cm^2 | A4= | 13 | cm^2 | |
E= | 2 | *10^5 Mpa | ||||||||||
20000 | [kN/cm^2] | |||||||||||
L1= | 239,34076 | cm | sin φ1= | 0,66850 | E*A1/L1 | -835,62866 | ||||||
cos φ1= | 0,74371 | |||||||||||
L2= | 243,81345 | cm | sin φ 2= | 0,56601 | E*A2/l2 | -1066,38906 | ||||||
cos φ 2= | -0,82440 | |||||||||||
L3= | 218,68013 | cm | sin φ 3= | -0,50302 | E*A3/l3 | -2012,07122 | ||||||
cos φ 3= | -0,86428 | |||||||||||
L4= | 238,67342 | cm | sin φ 4= | -0,74579 | E*A4/l4 | -1089,35466 | ||||||
cos φ 4= | 0,66618 | |||||||||||
Wg= | -3173,36386617876 | -251,371560203033 | = | 5744321,27446 | ||||||||
-251,371560203033 | -1830,07974523054 | |||||||||||
u= | 0,05231 | cm | ||||||||||
Wu= | -148 | -251,371560203033 | = | 300513,64640 | ||||||||
118 | -1830,07974523054 | v= | -0,07166 | cm | ||||||||
Wv= | -3173,36386617876 | -148 | = | -411659,92712 | ||||||||
-251,371560203033 | 118 | |||||||||||
Δ l1= | -0,00900 | S1= | 7,52097 | [kN] | б 1= | 0,75210 | MPa | |||||
Δ l2= | -0,08369 | S2= | 89,24677 | [kN] | б 2= | 6,86514 | MPa | |||||
Δ l3= | -0,00917 | S3= | 18,44335 | [kN] | б 3= | 0,83833 | MPa | |||||
Δ l4= | 0,08830 | S4= | -96,18712 | [kN] | б 4= | -7,39901 | MPa | |||||
© Sołtys & Dex |
DANE | ||||||||||
s[cm] | h[cm] | e[cm] | A[cm2] | Ix[cm4] | Iy[cm4] | |||||
Lewy ceownik | 9 | 26 | 2,36 | 48,3 | 4820 | 317 | ||||
Prawy ceownik | 8 | 22 | 2,14 | 37,4 | 2690 | 197 | ||||
M.[kNcm] | a | P | u | v | d | |||||
6000 | 54 | 170 | 9 | 7 | 1 | |||||
Podpunkt A | Podpunkt B | |||||||||
Ix (c. ukladu) [cm4]= | 6091,56907 | Mx [kNcm] | 3526,71151 | |||||||
Iy (c. ukladu) [cm4]= | 7353,57113 | My [kNcm] | 4854,10197 | |||||||
Ixy (c. ukladu)[cm4]= | -2161,17812 | q(x,y) | 0,90780 | *y+ | 0,92690 | *x | ||||
I1 [cm4]= | 8973,98147 | y= | -1,02104 | *x | ||||||
I2 [cm4]= | 4471,15872 | |||||||||
tg2f0= | 3,42500 | |||||||||
2f0= | 73,72373 | X[cm] | Y[cm] | |||||||
f01= | 126,86187 | PKT.1 | 12,90679 | -16,11594 | ||||||
f02= | 36,86187 | PKT.2 | 3,90679 | -16,11594 | ||||||
PKT.3 | -19,09321 | 1,88406 | ||||||||
Sx [cm3]= | -847,06400 | PKT.4 | -19,09321 | 9,88406 | ||||||
Sy [cm3]= | -1106,11200 | PKT.5 | 12,90679 | 9,88406 | ||||||
x [cm]= | -12,90679 | |||||||||
y [cm]= | -9,88406 | Naprezenia w punktach charakterystycznych | ||||||||
s1= | -2,66671 | |||||||||
KĄT NACHYLENIA OSI | s2= | -11,00879 | ||||||||
a | s3= | -15,98712 | ||||||||
-45,59651 | s4 | -8,72475 | ||||||||
s5= | 20,93599 | |||||||||
Punkt C | ||||||||||
Wartości naprężeń w punktach charakterystycznych | ||||||||||
U' | 15,26679 | |||||||||
V' | 3,88406 | s1 | 3,32515 | |||||||
N | 170,00000 | s2 | -0,54113 | |||||||
s3 | -5,72716 | |||||||||
Mx[kNcm] | 660,29032 | s4 | -3,64073 | |||||||
My[kNcm] | 2595,35449 | s5 | 10,10605 | |||||||
Funkcja naprężeń | ||||||||||
s(x,y)= | 1,98366 | + | 0,42959 | *x + | 0,26080 | *y | ||||
Oś zerowa | ||||||||||
y= | -7,60596 | + | -1,64717 | *x | ||||||
x0 | y0 | |||||||||
-4,61761 | -7,60596 | |||||||||
Punkt D | ||||||||||
Przyjmujemy 5 osi | ||||||||||
y= | -16,11594 | |||||||||
Y=Ax+B= | -0,78261 | *x + | -13,05845 | |||||||
x= | -19,09321 | |||||||||
y= | 9,88406 | |||||||||
x= | 12,90679 | |||||||||
x | y | |||||||||
WSPÓŁRZEDNE PUKTOW RDZENIA | ||||||||||
u | v | x0 | y0 | ix2 | iy2 | ixy2 | ||||
P1 | -1,56478 | 4,41055 | nieskończonosc | -16,11594 | 71,08015 | 85,80596 | -25,21795 | |||
P2 | 3,21130 | 3,93189 | -16,68580 | -13,05845 | ||||||
P3 | 4,49406 | -1,32078 | -19,09321 | nieskończonos | ||||||
P4 | 2,55138 | -7,19139 | nieskończonos | 9,88406 | ||||||
P5 | -6,64813 | 1,95385 | 12,90679 | nieskończonos | ||||||
© Sołtys & Dex |