| ChargeCExt |
ChargeC(a) |
Charge CUR |
C1Triangle |
C2Triangle |
CUPartielle |
CTPartielle |
CTCentrée |
|
|
SYSTEME ISOSTATIQUE : CONSOLES |
|
|
|
|
|
| CCExt : |
Charge concentrée à
l'extrémité |
|
|
|
P(T) = |
3,00 |
Réaction |
Moment |
Flèche |
Rotation |
|
|
RA(T) |
MA(Tm) |
FB(cm) |
RB(rd) |
|
|
3,000 |
-18,000 |
4,9 |
0,012 |
|
|
|
|
|
|
|
|
x (m) = |
1,500 |
3,000 |
4,500 |
6,000 |
|
| L(m) = |
6,00 |
T(x)[T] = |
3,000 |
3,000 |
3,000 |
3,000 |
|
| E(Kg/cm²) = |
210000,00 |
M(x)[Tm] = |
-0,005 |
-0,009 |
-0,014 |
-0,018 |
|
| I(cm4) = |
208333,00 |
F(x) [cm] = |
3,12 |
1,54 |
0,42 |
0,00 |
|
|
| CC(a)Ext : |
Charge concentrée à une
abscisse (a : m) de l'extrémité |
|
|
|
P(T) = |
6,00 |
Réaction |
Moment |
Flèche |
Rotation |
|
|
RA(T) |
MA(Tm) |
FB(cm) |
RB(rd) |
|
|
6,000 |
-24,000 |
5,1 |
0,011 |
|
|
a (m)= |
2,00 |
|
|
b (m)= |
4,00 |
|
|
x (m) = |
1,50 |
3,00 |
4,50 |
6,00 |
|
| L(m) = |
6,00 |
(x -a ) (m) = |
-0,50 |
1,00 |
2,50 |
4,00 |
|
| E(Kg/cm²) = |
210000,00 |
T(x)[T] = |
0,000 |
6,000 |
6,000 |
6,000 |
|
| I(cm4) = |
208333,00 |
M(x)[Tm] = |
0,000 |
-6,000 |
-15,000 |
-24,000 |
|
|
F(x) [cm] = |
3,47 |
1,85 |
0,54 |
0,00 |
|
| ChargeCExt |
ChargeC(a) |
Charge CUR |
C1Triangle |
C2Triangle |
CUPartielle |
CTPartielle |
CTCentrée |
|
| CUR |
Charge Uniformément
Répartie |
|
|
|
Q(T) = |
12,00 |
Réaction |
Moment |
Flèche |
Rotation |
|
|
|
RA(T) |
MA(Tm) |
FB(cm) |
RB(rd) |
|
|
2,000 |
|
12,000 |
-36,000 |
7,41 |
-0,016 |
|
|
|
x (m) = |
1,50 |
3,00 |
4,50 |
6,00 |
|
| L(m) = |
6,00 |
T(x)[T] = |
-9,000 |
-6,000 |
-3,000 |
0,000 |
|
| E(Kg/cm²) = |
210000,00 |
M(x)[Tm] = |
-20,250 |
-9,000 |
-2,250 |
0,000 |
|
| I(cm4) = |
208333,00 |
F(x)[cm] = |
0,78 |
2,62 |
4,95 |
7,41 |
|
|
|
x(m) quelconque |
T(x)[T] = |
M(x)[Tm] = |
F(x)[cm] = |
|
|
|
x(m) |
4,50 |
-3,000 |
-2,250 |
4,95 |
|
|
| ChargeCExt |
ChargeC(a) |
Charge CUR |
C1Triangle |
C2Triangle |
CUPartielle |
CTPartielle |
CTCentrée |
|
|
|
| C1Triangle |
Charge triangulaire (0 à p) |
|
|
|
|
|
|
Q(T) = |
8,000 |
Réaction |
Moment |
Flèche |
Rotation |
|
|
|
2,000 |
RA(T) |
MA(Tm) |
FB(cm) |
RB(rd) |
|
|
8,000 |
-42,667 |
17,16 |
2,926 |
|
|
|
x (m) = |
2,00 |
4,00 |
6,00 |
8,00 |
|
| L(m) = |
8,00 |
T(x)[T] = |
-7,500 |
-6,000 |
-3,500 |
0,000 |
|
| E(Kg/cm²) = |
210000,00 |
M(x)[Tm] = |
-27,000 |
-13,333 |
-3,667 |
0,000 |
|
| I(cm4) = |
208333,00 |
F(x)[cm] |
1,71 |
5,90 |
11,34 |
17,16 |
|
|
|
x(m) quelconque |
T(x)[T] = |
M(x)[Tm] = |
F(x)[cm] = |
|
|
x(m) |
2,00 |
-7,500 |
-27,000 |
1,71 |
|
| ChargeCExt |
ChargeC(a) |
Charge CUR |
C1Triangle |
C2Triangle |
CUPartielle |
CTPartielle |
CTCentrée |
|
|
|
| C2Triangle |
Charge triangulaire (p à 0) |
|
|
|
|
|
Q(T) = |
8,000 |
Réaction |
Moment |
Flèche |
Rotation |
|
|
2,000 |
RA(T) |
MA(Tm) |
FB(cm) |
RB(rd) |
|
|
8,000 |
-21,333 |
6,242 |
0,975 |
|
|
|
x (m) = |
2,00 |
4,00 |
6,00 |
8,00 |
|
| L(m) = |
8,00 |
T(x)[T] = |
-4,500 |
-2,000 |
-0,500 |
0,000 |
|
| E(Kg/cm²) = |
210000,00 |
M(x)[Tm] = |
-9,000 |
-2,667 |
-0,333 |
0,000 |
|
| I(cm4) = |
208333,00 |
F(x)[cm] |
0,760 |
2,389 |
4,293 |
6,242 |
|
|
|
x(m) quelconque |
T(x)[T] = |
M(x)[Tm] = |
F(x)[cm] = |
|
|
x(m) |
3,45 |
-2,588 |
-3,925 |
1,897 |
|
| ChargeCExt |
ChargeC(a) |
Charge CUR |
C1Triangle |
C2Triangle |
CUPartielle |
CTPartielle |
CTCentrée |
| CUPartielle |
Charge Uniforme Partielle |
|
|
a=c/2+d |
a et
b : à partir du milieu de (c) |
M : milieu de C-D |
|
|
a (m) |
b (m) |
c (m) |
d (m) |
|
|
3,00 |
5,00 |
4,00 |
1,00 |
|
|
p (T/ml) = |
2,000 |
Réaction |
Moment |
Flèche |
Rotation |
|
|
|
RB(T) |
MB(Tm) |
FA(cm) |
RA(rd) |
|
|
8,000 |
-40,000 |
14,842 |
0,024 |
|
|
Point C |
Point M |
Point D |
Point B |
|
|
x (m) = |
1,00 |
3,00 |
5,00 |
8,00 |
|
|
T(x)[T] = |
0,000 |
-4,000 |
-8,000 |
-8,000 |
|
|
M(x)[Tm] = |
0,000 |
-4,000 |
-16,000 |
-40,000 |
|
| L(m) = |
8,00 |
F(x)[cm] |
12,434 |
7,619 |
3,291 |
0,000 |
|
| E(Kg/cm²) = |
210000,00 |
|
| I(cm4) = |
208333,00 |
|
| ChargeCExt |
ChargeC(a) |
Charge CUR |
C1Triangle |
C2Triangle |
CUPartielle |
CTPartielle |
CTCentrée |
| CTPartielle |
Charge Triangulaire
Partielle |
|
|
L=a+b+c |
x(M)=a+c/2 |
|
|
a (m) |
b (m) |
c (m) |
|
|
1,00 |
2,00 |
5,00 |
|
|
p (T) = |
2,000 |
Réaction |
Moment |
Flèche |
Rotation |
|
|
RB(T) |
MB(Tm) |
FA(cm) |
RA(rd) |
|
|
5,000 |
18,333 |
5,533 |
0,008 |
|
|
Point A |
Point C |
Point M |
Point B |
|
|
x (m) = |
0,00 |
1,00 |
3,50 |
8,00 |
|
| L(m) = |
8,00 |
T(x)[T] = |
0,000 |
0,000 |
5,000 |
5,000 |
|
| E(Kg/cm²) = |
210000,00 |
M(x)[Tm] = |
0,000 |
0,000 |
-18,333 |
-18,333 |
|
| I(cm4) = |
208333,00 |
F(x)[cm] = |
5,533 |
4,686 |
0,0051 |
0,000 |
|
| ChargeCExt |
ChargeC(a) |
Charge CUR |
C1Triangle |
C2Triangle |
CUPartielle |
CTPartielle |
CTCentrée |
| CTCentrée |
Charge Triangulaire
Centrée |
|
|
|
|
p (T) = |
2,000 |
Réaction |
Moment |
Flèche |
Rotation |
|
|
