brev graitec

7/30/2019 brev graitec

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Nota Nr: brev graitec Pagina 1

Date despre incarcariDescrierea incarcarilor cl imatice

Caracteristicile structurii

Caracteristicile structuriiCaracteristicile structurii

Inaltimea cladirii h =4.80 mLungimea cladirii l =13.50 m

Latimea cladirii w =7.85 m

Descrierea structurii: Pereti

Descrierea structurii: Pereti

Descrierea structurii: Pereti Coordonate Lungimea acoperisului Latimea acoperisului

Perete vertical 1 (0.00,13.50,4.35)(0.00,13.50,0.00)(0.00,0.00,0.00)(0.00,0.00,4.35)

4.35 13.50

Perete vertical 2 (7.85,13.50,0.00)(0.00,13.50,0.00)(0.00,13.50,4.35)(7.85,13.50,4.80)

4.80 7.85

Perete vertical 3 (0.00,0.00,0.00)(7.85,0.00,0.00)

(7.85,0.00,4.80)(0.00,0.00,4.35)

4.80 7.85

Perete vertical 4 (7.85,0.00,0.00)(7.85,13.50,0.00)(7.85,13.50,4.80)(7.85,-0.00,4.80)

4.80 13.50

Descrierea structurii: Acoperisuri

Descrierea structurii: AcoperisuriDescrierea structurii: Acoperisuri

Coordonate Lungimeaacoperisului

Latimeaacoperisului

zmin zmax

Acoperis 1 (-0.00,13.50,4.35)(-0.00,0.00,4.35)(7.85,0.00,4.80)

(7.85,13.50,4.80)

7.85 13.50 3.28 4.35 4.80


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Caracteristicile vantului

Caracteristicile vantuluiCaracteristicile vantului

Regiune vant 2Valoarea fundamentala a vitezei

de referinta a vantului30.00 m/s

Factor de directie X+:1.00 X-:1.00Y+:1.00 Y-:1.00

Factor de sezon 1.00Categoria de teren 0Factor de orografie 1.00

Factor de turbulenta 1.00Presiunea de referinta 0.56 kN/m2

Factor de expunere 2.49

Caracteristicile zapezii

Caracteristicile zapeziiCaracteristicile zapezii

Regiune zapada A2Presiunea zapezii 2.00 kN/m2

Coeficient al zapeziiexceptionale

4.00 kN/m2

Factor de expunere 1.00Factor termic 1.00

Altitudine 0.00 m

Presiune dinamica: Pereti

Presiune dinamica: Peretivb Viteza de referinta a vantului

vb = cdir cSezon vb,0 (4.1)

kr Coeficient de teren

kr= 0.19 z0 / z0,II0.07

(4.5)

cr(z) Factor de rugozitate

cr(z) = kr ln(z/z0 ) ,zmin < z < zmaxcr(z) = cr(zmin ) , z < zmin (4.4)

z0 - Lungime de rugozitate, de la Tabel 4.1zmin - inaltimea minima, de la Tabel 4.1

vm (z) - Viteza vantului la inaltimea

vm (z) = cr(z) co (z) vb (4.3)

Iv (z) - Turbulenta vantului

Iv (z) = v / vm (z) = kl / [co (z) ln(z/z0 ], zmin < z < zmaxIv (z) = Iv (zmin ), z < zmin (4.7)

ce (z) - Factor de expunere

ce (z) = qp (z) / qb (4.9)

qb - Presiunea de referinta


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qb = 0.5 vb2

(4.10)

qp (z) - Presiunea maxima a vantului la o inaltime de

qp (z) = [1 + 7 Iv (z)] 0.5 vb2

= ce (z) qb

Presiune dinamica: PeretiNr Z (m) vb (m/s) kr cr (z) vm (z)

(m/s)Iv (z) ce (z) qb (z)

(kN/m2)qp (z)

(kN/m2)

Perete vertical 1 4.35 30.00 0.16 1.10 32.84 0.15 2.44 0.56 1.37Perete vertical 1 4.35 30.00 0.16 1.10 32.84 0.15 2.44 0.56 1.37Perete vertical 1 4.35 30.00 0.16 1.10 32.84 0.15 2.44 0.56 1.37Perete vertical 1 4.35 30.00 0.16 1.10 32.84 0.15 2.44 0.56 1.37Perete vertical 2 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 2 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 2 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 2 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 3 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 3 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 3 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40

Perete vertical 3 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 4 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 4 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 4 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40Perete vertical 4 4.80 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40

Presiune dinamica: Acoperisur i

Presiune dinamica: AcoperisuriPresiune dinamica: Acoperisuri

Nr vb (m/s) kr cr (z) vm (z)

(m/s)

Iv (z) ce (z) qb (z)

(kN/m2)

qp (z)

(kN/m2)Acoperis 1 30.00 0.16 1.11 33.31 0.15 2.49 0.56 1.40

Incarcari din vant X+(Perete vertical)

Incarcari din vant X+(Perete vertical)

d Paralel cu directia vantului

b Perpendicular pe directia vantului

h Inaltimea cladirii

? Unghiul pantei

cpe Coeficient de presiune externacpi Coeficient de presiune interna

w(z) Presiunea vantului pe suprafata

h 5Hz atunci cscd= 1 6.2(1) b)

Lt = 300m si zt = 200m B1 (1)

= 0.67 + 0.05 ln(z0 ) B1 (1)


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n = n1,x =46

h[Hz] F.2 (2) (F.2)

L(z) = Lt z

ztpentruz >= zmin

L(z) = L(zmin ) pentruz < zmin B.1 (1) (B.1)B

2=

1

1 + 0.9

b+h

L ( )zs0.63

B.2 (2) (B.3)

fL (z, n) =n L ( )z

vm( )zB.1 (2)

SL (z, n) =n Sv (z, n)

v2 =

6.8 fL(z, n)

( )1 + 10.2 fL(z, n)5/3 B.1 (2)(B.2)

h =4.6 h

L ( )z s fL (zs , n1, x) si b =

4.6 b

L ( )z s fL (zs , n1, x) B.2 (6)

Rh =1

h-

1

2 h2 (1 - e

-2 h

) ; Rh = 1pentru h = 0 B.2 (6)(B.7)

Rb =1

b-

1

2 b2 (1 - e

-2 b

) ; Rb = 1pentru b = 0 B.2 (6)(B.8)

R =2

2 SL(zs, n1, x) Rh(h) Rb(b) B.2 (6)(B.6)

= n1, x 2

R

2

B2

+ R2 ; >= 0.08 Hz B.2 (4)(B.5)

kp =2

2 ln( T) +0.6

2

2 ln( T)

B.2 (3)(B.4)

cscd=1 + 2 kp lv(zs) 2 B

2 + R2

1 + 7 lv(zs)6.3.1(1) (6.1)

Incarcari din vant X+(Perete vertical)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

Perete vertical 1 D 7.85 13.50 4.35 0.75 0.20 1.00 0.55 0.78Perete vertical 1 D 7.85 13.50 4.35 0.75 0.20 1.00 0.55 0.78Perete vertical 1 D 7.85 13.50 4.35 0.75 -0.30 1.00 1.05 1.49Perete vertical 1 D 7.85 13.50 4.35 0.75 -0.30 1.00 1.05 1.49Perete vertical 2 A 7.85 13.50 4.80 -1.21 0.20 1.00 -1.41 2.05Perete vertical 2 A 7.85 13.50 4.80 -1.21 0.20 1.00 -1.41 2.05Perete vertical 2 A 7.85 13.50 4.80 -1.21 -0.30 1.00 -0.91 1.33Perete vertical 2 A 7.85 13.50 4.80 -1.21 -0.30 1.00 -0.91 1.33Perete vertical 2 B 7.85 13.50 4.80 -0.80 0.20 1.00 -1.00 1.45Perete vertical 2 B 7.85 13.50 4.80 -0.80 0.20 1.00 -1.00 1.45Perete vertical 2 B 7.85 13.50 4.80 -0.80 -0.30 1.00 -0.50 0.73Perete vertical 2 B 7.85 13.50 4.80 -0.80 -0.30 1.00 -0.50 0.73Perete vertical 3 A 7.85 13.50 4.80 -1.21 0.20 1.00 -1.41 2.05Perete vertical 3 A 7.85 13.50 4.80 -1.21 0.20 1.00 -1.41 2.05Perete vertical 3 A 7.85 13.50 4.80 -1.21 -0.30 1.00 -0.91 1.33Perete vertical 3 A 7.85 13.50 4.80 -1.21 -0.30 1.00 -0.91 1.33Perete vertical 3 B 7.85 13.50 4.80 -0.80 0.20 1.00 -1.00 1.45Perete vertical 3 B 7.85 13.50 4.80 -0.80 0.20 1.00 -1.00 1.45Perete vertical 3 B 7.85 13.50 4.80 -0.80 -0.30 1.00 -0.50 0.73


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Incarcari din vant X+(Perete vertical)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

Perete vertical 3 B 7.85 13.50 4.80 -0.80 -0.30 1.00 -0.50 0.73Perete vertical 4 E 7.85 13.50 4.80 -0.40 0.20 1.00 -0.60 0.87Perete vertical 4 E 7.85 13.50 4.80 -0.40 0.20 1.00 -0.60 0.87Perete vertical 4 E 7.85 13.50 4.80 -0.40 -0.30 1.00 -0.10 0.14Perete vertical 4 E 7.85 13.50 4.80 -0.40 -0.30 1.00 -0.10 0.14

Incarcari din vant X+(Acoperis)

Incarcari din vant X+(Acoperis)Incarcari din vant X+(Acoperis)

Zona d b h cpe cpi cscd cpe cscd -cpi

w(z)(kN/m2)

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 0.20 1.00 -2.45 3.55

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 0.20 1.00 -2.45 3.55

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 -0.30 1.00 -1.95 2.83

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 -0.30 1.00 -1.95 2.83

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 0.20 1.00 -2.45 3.55

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 0.20 1.00 -2.45 3.55

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 -0.30 1.00 -1.95 2.83

Acoperis

1 F

7.85 13.50 4.80 3.28 -2.25 -0.30 1.00 -1.95 2.83

Acoperis1 G

7.85 13.50 4.80 3.28 -1.26 0.20 1.00 -1.46 2.12

Acoperis1 G

7.85 13.50 4.80 3.28 -1.26 0.20 1.00 -1.46 2.12

Acoperis1 G

7.85 13.50 4.80 3.28 -1.26 -0.30 1.00 -0.96 1.40

Acoperis1 G

7.85 13.50 4.80 3.28 -1.26 -0.30 1.00 -0.96 1.40

Acoperis1 H

7.85 13.50 4.80 3.28 -0.70 0.20 1.00 -0.90 1.31

Acoperis1 H

7.85 13.50 4.80 3.28 -0.70 0.20 1.00 -0.90 1.31

Acoperis

1 H

7.85 13.50 4.80 3.28 -0.70 -0.30 1.00 -0.40 0.58

Acoperis1 H

7.85 13.50 4.80 3.28 -0.70 -0.30 1.00 -0.40 0.58

Acoperis1 I

7.85 13.50 4.80 3.28 -0.20 0.20 1.00 -0.40 0.58

Acoperis1 I

7.85 13.50 4.80 3.28 0.20 -0.30 1.00 0.50 0.73

Acoperis1 I

7.85 13.50 4.80 3.28 -0.20 -0.30 1.00 0.10 0.15


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Incarcari din vant X-(Perete vertical)

Incarcari din vant X-(Perete vertical)




? Unghiul pantei

cpe Coeficient de presiune externa

cpi Coeficient de presiune interna


Incarcari din vant X-(Perete vertical)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

Perete vertical 1 E 7.85 13.50 4.35 -0.40 0.20 1.00 -0.60 0.85Perete vertical 1 E 7.85 13.50 4.35 -0.40 0.20 1.00 -0.60 0.85

Perete vertical 1 E 7.85 13.50 4.35 -0.40 -0.30 1.00 -0.10 0.14Perete vertical 1 E 7.85 13.50 4.35 -0.40 -0.30 1.00 -0.10 0.14Perete vertical 2 B 7.85 13.50 4.80 -0.81 0.20 1.00 -1.01 1.47Perete vertical 2 B 7.85 13.50 4.80 -0.81 0.20 1.00 -1.01 1.47Perete vertical 2 B 7.85 13.50 4.80 -0.81 -0.30 1.00 -0.51 0.74Perete vertical 2 B 7.85 13.50 4.80 -0.81 -0.30 1.00 -0.51 0.74Perete vertical 2 A 7.85 13.50 4.80 -1.20 0.20 1.00 -1.40 2.03Perete vertical 2 A 7.85 13.50 4.80 -1.20 0.20 1.00 -1.40 2.03Perete vertical 2 A 7.85 13.50 4.80 -1.20 -0.30 1.00 -0.90 1.31Perete vertical 2 A 7.85 13.50 4.80 -1.20 -0.30 1.00 -0.90 1.31Perete vertical 3 B 7.85 13.50 4.80 -0.81 0.20 1.00 -1.01 1.47Perete vertical 3 B 7.85 13.50 4.80 -0.81 0.20 1.00 -1.01 1.47Perete vertical 3 B 7.85 13.50 4.80 -0.81 -0.30 1.00 -0.51 0.74Perete vertical 3 B 7.85 13.50 4.80 -0.81 -0.30 1.00 -0.51 0.74

Perete vertical 3 A 7.85 13.50 4.80 -1.20 0.20 1.00 -1.40 2.03Perete vertical 3 A 7.85 13.50 4.80 -1.20 0.20 1.00 -1.40 2.03Perete vertical 3 A 7.85 13.50 4.80 -1.20 -0.30 1.00 -0.90 1.31Perete vertical 3 A 7.85 13.50 4.80 -1.20 -0.30 1.00 -0.90 1.31Perete vertical 4 D 7.85 13.50 4.80 0.75 0.20 1.00 0.55 0.80Perete vertical 4 D 7.85 13.50 4.80 0.75 0.20 1.00 0.55 0.80Perete vertical 4 D 7.85 13.50 4.80 0.75 -0.30 1.00 1.05 1.52Perete vertical 4 D 7.85 13.50 4.80 0.75 -0.30 1.00 1.05 1.52

Incarcari din vant X-(Acoperis)

Incarcari din vant X-(Acoperis)Incarcari din vant X-(Acoperis)


w(z)(kN/m2)

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 0.20 1.00 -2.45 3.55

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 0.20 1.00 -2.45 3.55

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 -0.30 1.00 -1.95 2.83

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 -0.30 1.00 -1.95 2.83


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Incarcari din vant X-(Acoperis)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 0.20 1.00 -2.45 3.55

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 0.20 1.00 -2.45 3.55

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 -0.30 1.00 -1.95 2.83

Acoperis1 F

7.85 13.50 4.80 3.28 -2.25 -0.30 1.00 -1.95 2.83

Acoperis1 G

7.85 13.50 4.80 3.28 -1.26 0.20 1.00 -1.46 2.12

Acoperis1 G

7.85 13.50 4.80 3.28 -1.26 0.20 1.00 -1.46 2.12

Acoperis1 G

7.85 13.50 4.80 3.28 -1.26 -0.30 1.00 -0.96 1.40

Acoperis1 G

7.85 13.50 4.80 3.28 -1.26 -0.30 1.00 -0.96 1.40

Acoperis1 H 7.85 13.50 4.80 3.28 -0.70 0.20 1.00 -0.90 1.31

Acoperis1 H

7.85 13.50 4.80 3.28 -0.70 0.20 1.00 -0.90 1.31

Acoperis1 H

7.85 13.50 4.80 3.28 -0.70 -0.30 1.00 -0.40 0.58

Acoperis1 H

7.85 13.50 4.80 3.28 -0.70 -0.30 1.00 -0.40 0.58

Acoperis1 I

7.85 13.50 4.80 3.28 -0.20 0.20 1.00 -0.40 0.58

Acoperis1 I

7.85 13.50 4.80 3.28 0.20 -0.30 1.00 0.50 0.73

Acoperis1 I

7.85 13.50 4.80 3.28 -0.20 -0.30 1.00 0.10 0.15

Incarcari din vant Y+(Perete vertical)

Incarcari din vant Y+(Perete vertical)




? Unghiul pantei


cpi Coeficient de presiune interna


Incarcari din vant Y+(Perete vertical)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

Perete vertical 1 A 13.50 7.85 4.35 -1.23 0.20 1.00 -1.43 2.04Perete vertical 1 A 13.50 7.85 4.35 -1.23 0.20 1.00 -1.43 2.04Perete vertical 1 A 13.50 7.85 4.35 -1.23 -0.30 1.00 -0.93 1.33Perete vertical 1 A 13.50 7.85 4.35 -1.23 -0.30 1.00 -0.93 1.33Perete vertical 1 B 13.50 7.85 4.35 -0.80 0.20 1.00 -1.00 1.42Perete vertical 1 B 13.50 7.85 4.35 -0.80 0.20 1.00 -1.00 1.42Perete vertical 1 B 13.50 7.85 4.35 -0.80 -0.30 1.00 -0.50 0.71


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Incarcari din vant Y+(Perete vertical)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

Perete vertical 1 B 13.50 7.85 4.35 -0.80 -0.30 1.00 -0.50 0.71Perete vertical 1 C 13.50 7.85 4.35 -0.50 0.20 1.00 -0.70 1.00Perete vertical 1 C 13.50 7.85 4.35 -0.50 0.20 1.00 -0.70 1.00Perete vertical 1 C 13.50 7.85 4.35 -0.50 -0.30 1.00 -0.20 0.28Perete vertical 1 C 13.50 7.85 4.35 -0.50 -0.30 1.00 -0.20 0.28Perete vertical 2 E 13.50 7.85 4.80 -0.33 0.20 1.00 -0.53 0.77Perete vertical 2 E 13.50 7.85 4.80 -0.33 0.20 1.00 -0.53 0.77Perete vertical 2 E 13.50 7.85 4.80 -0.33 -0.30 1.00 -0.03 0.04Perete vertical 2 E 13.50 7.85 4.80 -0.33 -0.30 1.00 -0.03 0.04Perete vertical 3 D 13.50 7.85 4.80 0.71 0.20 1.00 0.51 0.75Perete vertical 3 D 13.50 7.85 4.80 0.71 0.20 1.00 0.51 0.75Perete vertical 3 D 13.50 7.85 4.80 0.71 -0.30 1.00 1.01 1.47Perete vertical 3 D 13.50 7.85 4.80 0.71 -0.30 1.00 1.01 1.47Perete vertical 4 A 13.50 7.85 4.80 -1.22 0.20 1.00 -1.42 2.07Perete vertical 4 A 13.50 7.85 4.80 -1.22 0.20 1.00 -1.42 2.07Perete vertical 4 A 13.50 7.85 4.80 -1.22 -0.30 1.00 -0.92 1.34

Perete vertical 4 A 13.50 7.85 4.80 -1.22 -0.30 1.00 -0.92 1.34Perete vertical 4 B 13.50 7.85 4.80 -0.80 0.20 1.00 -1.00 1.45Perete vertical 4 B 13.50 7.85 4.80 -0.80 0.20 1.00 -1.00 1.45Perete vertical 4 B 13.50 7.85 4.80 -0.80 -0.30 1.00 -0.50 0.73Perete vertical 4 B 13.50 7.85 4.80 -0.80 -0.30 1.00 -0.50 0.73Perete vertical 4 C 13.50 7.85 4.80 -0.50 0.20 1.00 -0.70 1.02Perete vertical 4 C 13.50 7.85 4.80 -0.50 0.20 1.00 -0.70 1.02Perete vertical 4 C 13.50 7.85 4.80 -0.50 -0.30 1.00 -0.20 0.29Perete vertical 4 C 13.50 7.85 4.80 -0.50 -0.30 1.00 -0.20 0.29

Incarcari din vant Y+(Acoperis)

Incarcari din vant Y+(Acoperis)Incarcari din vant Y+(Acoperis)


w(z)(kN/m2)

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 0.20 1.00 -2.57 3.73

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 0.20 1.00 -2.57 3.73

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 -0.30 1.00 -2.07 3.00

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 -0.30 1.00 -2.07 3.00

Acoperis

1 F

13.50 7.85 4.80 3.28 -2.37 0.20 1.00 -2.57 3.73

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 0.20 1.00 -2.57 3.73

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 -0.30 1.00 -2.07 3.00

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 -0.30 1.00 -2.07 3.00

Acoperis1 G

13.50 7.85 4.80 3.28 -1.61 0.20 1.00 -1.81 2.63

Acoperis1 G

13.50 7.85 4.80 3.28 -1.61 0.20 1.00 -1.81 2.63

Acoperis 13.50 7.85 4.80 3.28 -1.61 -0.30 1.00 -1.31 1.90


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Incarcari din vant Y+(Acoperis)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

1 GAcoperis

1 G13.50 7.85 4.80 3.28 -1.61 -0.30 1.00 -1.31 1.90

Acoperis1 H

13.50 7.85 4.80 3.28 -0.70 0.20 1.00 -0.90 1.31

Acoperis1 H

13.50 7.85 4.80 3.28 -0.70 0.20 1.00 -0.90 1.31

Acoperis1 H

13.50 7.85 4.80 3.28 -0.70 -0.30 1.00 -0.40 0.58

Acoperis1 H

13.50 7.85 4.80 3.28 -0.70 -0.30 1.00 -0.40 0.58

Acoperis1 I

13.50 7.85 4.80 3.28 -0.20 0.20 1.00 -0.40 0.58

Acoperis1 I

13.50 7.85 4.80 3.28 0.20 -0.30 1.00 0.50 0.73

Acoperis

1 I

13.50 7.85 4.80 3.28 -0.20 -0.30 1.00 0.10 0.15

Incarcari din vant Y-(Perete vertical)

Incarcari din vant Y-(Perete vertical)




? Unghiul pantei


cpi Coeficient de presiune internaw(z) Presiunea vantului pe suprafata

Incarcari din vant Y-(Perete vertical)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

Perete vertical 1 A 13.50 7.85 4.35 -1.23 0.20 1.00 -1.43 2.04Perete vertical 1 A 13.50 7.85 4.35 -1.23 0.20 1.00 -1.43 2.04Perete vertical 1 A 13.50 7.85 4.35 -1.23 -0.30 1.00 -0.93 1.33Perete vertical 1 A 13.50 7.85 4.35 -1.23 -0.30 1.00 -0.93 1.33Perete vertical 1 B 13.50 7.85 4.35 -0.80 0.20 1.00 -1.00 1.42Perete vertical 1 B 13.50 7.85 4.35 -0.80 0.20 1.00 -1.00 1.42Perete vertical 1 B 13.50 7.85 4.35 -0.80 -0.30 1.00 -0.50 0.71Perete vertical 1 B 13.50 7.85 4.35 -0.80 -0.30 1.00 -0.50 0.71Perete vertical 1 C 13.50 7.85 4.35 -0.50 0.20 1.00 -0.70 1.00Perete vertical 1 C 13.50 7.85 4.35 -0.50 0.20 1.00 -0.70 1.00Perete vertical 1 C 13.50 7.85 4.35 -0.50 -0.30 1.00 -0.20 0.28Perete vertical 1 C 13.50 7.85 4.35 -0.50 -0.30 1.00 -0.20 0.28Perete vertical 2 D 13.50 7.85 4.80 0.71 0.20 1.00 0.51 0.75Perete vertical 2 D 13.50 7.85 4.80 0.71 0.20 1.00 0.51 0.75Perete vertical 2 D 13.50 7.85 4.80 0.71 -0.30 1.00 1.01 1.47Perete vertical 2 D 13.50 7.85 4.80 0.71 -0.30 1.00 1.01 1.47Perete vertical 3 E 13.50 7.85 4.80 -0.33 0.20 1.00 -0.53 0.77Perete vertical 3 E 13.50 7.85 4.80 -0.33 0.20 1.00 -0.53 0.77Perete vertical 3 E 13.50 7.85 4.80 -0.33 -0.30 1.00 -0.03 0.04Perete vertical 3 E 13.50 7.85 4.80 -0.33 -0.30 1.00 -0.03 0.04


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Incarcari din vant Y-(Perete vertical)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

Perete vertical 4 A 13.50 7.85 4.80 -1.22 0.20 1.00 -1.42 2.07Perete vertical 4 A 13.50 7.85 4.80 -1.22 0.20 1.00 -1.42 2.07Perete vertical 4 A 13.50 7.85 4.80 -1.22 -0.30 1.00 -0.92 1.34Perete vertical 4 A 13.50 7.85 4.80 -1.22 -0.30 1.00 -0.92 1.34Perete vertical 4 B 13.50 7.85 4.80 -0.80 0.20 1.00 -1.00 1.45Perete vertical 4 B 13.50 7.85 4.80 -0.80 0.20 1.00 -1.00 1.45Perete vertical 4 B 13.50 7.85 4.80 -0.80 -0.30 1.00 -0.50 0.73Perete vertical 4 B 13.50 7.85 4.80 -0.80 -0.30 1.00 -0.50 0.73Perete vertical 4 C 13.50 7.85 4.80 -0.50 0.20 1.00 -0.70 1.02Perete vertical 4 C 13.50 7.85 4.80 -0.50 0.20 1.00 -0.70 1.02Perete vertical 4 C 13.50 7.85 4.80 -0.50 -0.30 1.00 -0.20 0.29Perete vertical 4 C 13.50 7.85 4.80 -0.50 -0.30 1.00 -0.20 0.29

Incarcari din vant Y-(Acoperis)

Incarcari din vant Y-(Acoperis)Incarcari din vant Y-(Acoperis)


w(z)(kN/m2)

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 0.20 1.00 -2.57 3.73

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 0.20 1.00 -2.57 3.73

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 -0.30 1.00 -2.07 3.00

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 -0.30 1.00 -2.07 3.00

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 0.20 1.00 -2.57 3.73

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 0.20 1.00 -2.57 3.73

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 -0.30 1.00 -2.07 3.00

Acoperis1 F

13.50 7.85 4.80 3.28 -2.37 -0.30 1.00 -2.07 3.00

Acoperis1 G

13.50 7.85 4.80 3.28 -1.61 0.20 1.00 -1.81 2.63

Acoperis1 G

13.50 7.85 4.80 3.28 -1.61 0.20 1.00 -1.81 2.63

Acoperis1 G

13.50 7.85 4.80 3.28 -1.61 -0.30 1.00 -1.31 1.90

Acoperis1 G

13.50 7.85 4.80 3.28 -1.61 -0.30 1.00 -1.31 1.90

Acoperis1 H

13.50 7.85 4.80 3.28 -0.70 0.20 1.00 -0.90 1.31

Acoperis1 H

13.50 7.85 4.80 3.28 -0.70 0.20 1.00 -0.90 1.31

Acoperis1 H

13.50 7.85 4.80 3.28 -0.70 -0.30 1.00 -0.40 0.58

Acoperis1 H

13.50 7.85 4.80 3.28 -0.70 -0.30 1.00 -0.40 0.58

Acoperis1 I

13.50 7.85 4.80 3.28 -0.20 0.20 1.00 -0.40 0.58


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Incarcari din vant Y-(Acoperis)Zona d b h cpe cpi cscd cpe cscd -

cpi

w(z)(kN/m2)

Acoperis1 I

13.50 7.85 4.80 3.28 0.20 -0.30 1.00 0.50 0.73

Acoperis1 I

13.50 7.85 4.80 3.28 -0.20 -0.30 1.00 0.10 0.15

Incarcari de zapada

Incarcari de zapada1. Zapada normala : s =i Ce Ct sk (5.1)1. Zapada exceptionala : s = i Ce Ct sAd (5.2)

i - Coeficientul de forma a incarcarii de zapada

sk - Valoarea caracteristica a incarcarii de zapada pe sol

sAd - Valoarea de proiectare a incarcarii de zapada exceptionala pe sol

Ce - Coeficient de expunere

Ct - Coeficient termic

A - Altitudinea locatiei deasupra nivelului marii

- Unghiul panoului cu planul orizontal

Incarcari de zapada

i(Normala

faraacumular

e)

Normalafara

acumulare

Incarcare

i(Normalaacumulat

a)

Normalaacumulat

aIncarcare

i(Exceptionala faraacumular

e)

Exceptionala fara

acumulare

Incarcare

i(Exceptio

nalaacumulat

a)

Exceptionala

acumulata

Incarcare

1 3.28 0.80 -1600.00 0.00 0.00 0.00 0.00 0.00 0.001 3.28 0.00 0.00 0.40 -800.00 0.00 0.00 0.00 0.00

Conventii utilizate:

I. Atentie, rezultantele pe caz de incarcare sunt exprimate exclusiv in reperul global cartezianII.Conventia semnelor utilizate este urmatoarea:

Fx: efort pe xFy: efort pe yFz: efort pe zMx: Moment de torsiune in jurul axei xMy: Moment incovoietor in jurul axei yMz: Moment incovoietor in jurul axei z


12/42

Proiect: 5/7/2013 12:03:00 P


Familie nr. 5 - Seism EN 1998-1

Recapitularea datelor

Spectru: Tip Elastic 1

Spectru: Tip Elastic 1Clasa sol: Zona C

Acceleratia orizontala a terenului ag/g: 0.08

Parametri sol (S): 1.15Perioada T B: 0.20 s

Perioada T C: 0.60 s

Perioada T D : 2.00 sCoeficient de importanta ( l ) : 1.00Factor de comportare:

- Caz 21, X: 4.800- Caz 22, Y: 4.800

- Caz 23, Z: 4.800

Prezenta modului rezidual: DAMetoda: CQC

Semnul rezultatelor:

- Directie X (analiza 21) : Fara semn- Directie Y (analiza 22) : Fara semn

- Directie Z (analiza 23) : Fara semn

Descrierea cazurilor de incarcare si a familiilorLista de familii

Nr Denumire Lista de cazuri de incarcare1 Incarcari Permanente 12 Incarcari utile 23 Zapada SR EN 1991-1-

3/NA3; 4

4 Vant SR EN 1991-1-4/NB 5; 6; 7; 8; 9; 10; 11; 12;

13; 14; 15; 16; 17; 18; 19;20

5 Seism EN 1998-1 21; 22; 236 Analiza modala 07 Temperatura 24

Lista de cazuri de incarcare statice

Nr Caz de incarcare

Rezultanta incarcarilor (reper global)Fx (kN) Fy (kN) Fz (kN) Mx (kN*m) My (kN*m) Mz (kN*m)


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Proiect: 5/7/2013 12:03:00 P


Lista de cazuri de incarcare statice

Nr Caz de incarcareRezultanta incarcarilor (reper global)

Fx (kN) Fy (kN) Fz (kN) Mx (kN*m) My (kN*m) Mz (kN*m)1 G 0.00 0.00 0.00 0.00 0.00 0.002 Q 0.00 0.00 -127.38 -859.81 -499.96 0.00

3 ZN 0.00 0.00 -169.56 -1144.53 -665.52 0.004 ZX+ 0.00 0.00 -84.78 -572.27 -332.76 0.005 VX+S 96.13 -0.00 101.89 687.77 419.90 648.886 VX+S2 94.76 -0.00 125.82 849.27 564.77 639.627 VX+D 95.27 -0.00 24.91 168.17 115.90 643.098 VX+D2 93.90 -0.00 48.84 329.67 260.77 633.839 VX-S -107.30 -0.00 101.89 687.76 328.63 -724.29

10 VX-S2 -108.67 -0.00 125.82 849.26 359.04 -733.5411 VX-D -108.16 -0.00 24.91 168.16 24.63 -730.0812 VX-D2 -109.53 -0.00 48.84 329.67 55.03 -739.3413 VY+S 6.68 54.38 51.82 207.97 230.36 266.0014 VY+S2 4.18 54.38 95.49 588.51 390.34 244.18

15 VY+D 5.83 54.38 -25.16 -311.62 -73.64 260.2116 VY+D2 3.32 54.38 18.52 68.91 86.34 238.3917 VY-S 6.68 -54.38 51.82 491.57 230.36 -175.7618 VY-S2 4.18 -54.38 95.49 700.67 390.34 -187.7519 VY-D 5.83 -54.38 -25.16 -28.03 -73.64 -181.5520 VY-D2 3.32 -54.38 18.52 181.08 86.34 -193.5424 TEMP 0.00 0.00 0.00 0.00 0.00 0.00

Numele cazurilor de incarcare

Cazul nr. Nume Titlu

1 G2 Q3 ZN Zapada normala

4 ZX+ Zapada normala spulberata X+5 VX+S Vant X+Presiune ridicata6 VX+S2 Vant X+Presiune ridicata pt Cpe alternativ7 VX+D Vant X+Suctiune8 VX+D2 Vant X+Suctiune pentru Cpe alternativ9 VX-S Vant X- Presiune ridicata10 VX-S2 Vant X- Presiune ridicata pentru Cpe alternativ11 VX-D Vant X- Suctiune12 VX-D2 Vant X- Suctiune pentru Cpe alternativ13 VY+S Vant Y+Presiune ridicata14 VY+S2 Vant Y+Presiune ridicata pentru Cpe alternativ15 VY+D Vant Y+Suctiune16 VY+D2 Vant Y+Suctiune pentru Cpe alternativ

17 VY-S Vant Y- Presiune ridicata18 VY-S2 Vant Y- Presiune ridicata pentru Cpe alternativ19 VY-D Vant Y- Suctiune20 VY-D2 Vant Y- Suctiune pentru Cpe alternativ24 TEMP21 EX22 EY 23 EZ101 1.35x[1 G]+1.5x[2


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Proiect: 5/7/2013 12:03:00 P


Numele cazurilor de incarcareCazul nr. Nume Titlu

Q]102 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2 Q]103 1.35x[1 G]+1.5x[2

Q]+0.9x[5 VX+S]104 1.35x[1 G]+1.5x[2

Q]+0.9x[6 VX+S2]105 1.35x[1 G]+1.5x[2

Q]+0.9x[7 VX+D]106 1.35x[1 G]+1.5x[2

Q]+0.9x[8 VX+D2]107 1.35x[1 G]+1.5x[2

Q]+0.9x[9 VX-S]108 1.35x[1 G]+1.5x[2

Q]+0.9x[10 VX-S2]109 1.35x[1 G]+1.5x[2

Q]+0.9x[11 VX-D]110 1.35x[1 G]+1.5x[2

Q]+0.9x[12 VX-D2]111 1.35x[1 G]+1.5x[2

Q]+0.9x[13 VY+S]112 1.35x[1 G]+1.5x[2

Q]+0.9x[14 VY+S2]113 1.35x[1 G]+1.5x[2

Q]+0.9x[15 VY+D]114 1.35x[1 G]+1.5x[2

Q]+0.9x[16 VY+D2]115 1.35x[1 G]+1.5x[2

Q]+0.9x[17 VY-S]116 1.35x[1 G]+1.5x[2

Q]+0.9x[18 VY-S2]117 1.35x[1 G]+1.5x[2

Q]+0.9x[19 VY-D]118 1.35x[1 G]+1.5x[2

Q]+0.9x[20 VY-D2]119 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[5 VX+S]

120 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[6 VX+S2]121 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[7 VX+D]

122 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[8 VX+D2]123 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[9 VX-S]

124 1.35x[1 G]+0.9x[24


15/42

Proiect: 5/7/2013 12:03:00 P



TEMP]+1.5x[2Q]+0.9x[10 VX-S2]

125 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[11 VX-D]126 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[12 VX-D2]

127 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[13 VY+S]128 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[14 VY+S2]

129 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[15 VY+D]130 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[16 VY+D2]

131 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[17 VY-S]132 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[18 VY-S2]

133 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[19 VY-D]

134 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[20 VY-D2]135 1.35x[1 G]+1.5x[2

Q]+0.75x[3 ZN]136 1.35x[1 G]+1.5x[2

Q]+0.75x[4 ZX+]137 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.75x[3 ZN]

138 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.75x[4 ZX+]

139 1.35x[1 G]+1.5x[2Q]+0.9x[5

VX+S]+0.75x[3 ZN]140 1.35x[1 G]+1.5x[2

Q]+0.9x[6VX+S2]+0.75x[3

ZN]141 1.35x[1 G]+1.5x[2

Q]+0.9x[7


16/42

Proiect: 5/7/2013 12:03:00 P



VX+D]+0.75x[3 ZN]142 1.35x[1 G]+1.5x[2

Q]+0.9x[8VX+D2]+0.75x[3

ZN]143 1.35x[1 G]+1.5x[2

Q]+0.9x[9 VX-S]+0.75x[3 ZN]

144 1.35x[1 G]+1.5x[2Q]+0.9x[10 VX-S2]+0.75x[3 ZN]

145 1.35x[1 G]+1.5x[2Q]+0.9x[11 VX-D]+0.75x[3 ZN]

146 1.35x[1 G]+1.5x[2Q]+0.9x[12 VX-

D2]+0.75x[3 ZN]147 1.35x[1 G]+1.5x[2

Q]+0.9x[13VY+S]+0.75x[3 ZN]

148 1.35x[1 G]+1.5x[2Q]+0.9x[14

VY+S2]+0.75x[3ZN]

149 1.35x[1 G]+1.5x[2Q]+0.9x[15

VY+D]+0.75x[3 ZN]150 1.35x[1 G]+1.5x[2

Q]+0.9x[16

VY+D2]+0.75x[3ZN]

151 1.35x[1 G]+1.5x[2Q]+0.9x[17 VY-S]+0.75x[3 ZN]

152 1.35x[1 G]+1.5x[2Q]+0.9x[18 VY-S2]+0.75x[3 ZN]

153 1.35x[1 G]+1.5x[2Q]+0.9x[19 VY-D]+0.75x[3 ZN]

154 1.35x[1 G]+1.5x[2Q]+0.9x[20 VY-

D2]+0.75x[3 ZN]155 1.35x[1 G]+1.5x[2

Q]+0.9x[5VX+S]+0.75x[4

ZX+]156 1.35x[1 G]+1.5x[2

Q]+0.9x[6VX+S2]+0.75x[4

ZX+]


17/42

Proiect: 5/7/2013 12:03:00 P



157 1.35x[1 G]+1.5x[2Q]+0.9x[7

VX+D]+0.75x[4ZX+]

158 1.35x[1 G]+1.5x[2Q]+0.9x[8

VX+D2]+0.75x[4ZX+]

159 1.35x[1 G]+1.5x[2Q]+0.9x[9 VX-

S]+0.75x[4 ZX+]160 1.35x[1 G]+1.5x[2

Q]+0.9x[10 VX-S2]+0.75x[4 ZX+]

161 1.35x[1 G]+1.5x[2Q]+0.9x[11 VX-

D]+0.75x[4 ZX+]162 1.35x[1 G]+1.5x[2

Q]+0.9x[12 VX-D2]+0.75x[4 ZX+]

163 1.35x[1 G]+1.5x[2Q]+0.9x[13

VY+S]+0.75x[4ZX+]

164 1.35x[1 G]+1.5x[2Q]+0.9x[14

VY+S2]+0.75x[4ZX+]

165 1.35x[1 G]+1.5x[2

Q]+0.9x[15VY+D]+0.75x[4

ZX+]166 1.35x[1 G]+1.5x[2

Q]+0.9x[16VY+D2]+0.75x[4

ZX+]167 1.35x[1 G]+1.5x[2

Q]+0.9x[17 VY-S]+0.75x[4 ZX+]

168 1.35x[1 G]+1.5x[2Q]+0.9x[18 VY-

S2]+0.75x[4 ZX+]

169 1.35x[1 G]+1.5x[2Q]+0.9x[19 VY-D]+0.75x[4 ZX+]

170 1.35x[1 G]+1.5x[2Q]+0.9x[20 VY-

D2]+0.75x[4 ZX+]171 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[5


18/42

Proiect: 5/7/2013 12:03:00 P



VX+S]+0.75x[3 ZN]172 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[6

VX+S2]+0.75x[3ZN]

173 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[7VX+D]+0.75x[3 ZN]

174 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[8VX+D2]+0.75x[3

ZN]175 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[9 VX-S]+0.75x[3 ZN]

176 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.9x[10 VX-S2]+0.75x[3 ZN]

177 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.9x[11 VX-D]+0.75x[3 ZN]

178 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[12 VX-D2]+0.75x[3 ZN]

179 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[13VY+S]+0.75x[3 ZN]

180 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[14VY+S2]+0.75x[3

ZN]181 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2

Q]+0.9x[15VY+D]+0.75x[3 ZN]

182 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[16VY+D2]+0.75x[3

ZN]183 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2


19/42

Proiect: 5/7/2013 12:03:00 P



Q]+0.9x[17 VY-S]+0.75x[3 ZN]

184 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.9x[18 VY-S2]+0.75x[3 ZN]

185 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.9x[19 VY-D]+0.75x[3 ZN]

186 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.9x[20 VY-D2]+0.75x[3 ZN]

187 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[5VX+S]+0.75x[4

ZX+]188 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[6

VX+S2]+0.75x[4ZX+]

189 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[7VX+D]+0.75x[4

ZX+]

190 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[8VX+D2]+0.75x[4

ZX+]191 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[9 VX-

S]+0.75x[4 ZX+]192 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[10 VX-

S2]+0.75x[4 ZX+]

193 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.9x[11 VX-D]+0.75x[4 ZX+]

194 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.9x[12 VX-

D2]+0.75x[4 ZX+]195 1.35x[1 G]+0.9x[24


20/42

Proiect: 5/7/2013 12:03:00 P



TEMP]+1.5x[2Q]+0.9x[13

VY+S]+0.75x[4ZX+]

196 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[14VY+S2]+0.75x[4

ZX+]197 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[15

VY+D]+0.75x[4ZX+]

198 1.35x[1 G]+0.9x[24TEMP]+1.5x[2

Q]+0.9x[16VY+D2]+0.75x[4

ZX+]199 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2Q]+0.9x[17 VY-S]+0.75x[4 ZX+]

200 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.9x[18 VY-

S2]+0.75x[4 ZX+]201 1.35x[1 G]+0.9x[24

TEMP]+1.5x[2

Q]+0.9x[19 VY-D]+0.75x[4 ZX+]

202 1.35x[1 G]+0.9x[24TEMP]+1.5x[2Q]+0.9x[20 VY-

D2]+0.75x[4 ZX+]203 1x[1 G]+0.3x[2

Q]+1x[21 EX]204 1x[1 G]+0.3x[2

Q]+1x[22 EY]205 1x[1 G]+0.3x[2

Q]+1x[23 EZ]206 1x[1 G]+1x[21 EX]

207 1x[1 G]+1x[22 EY]208 1x[1 G]+1x[23 EZ]209 1x[1 G]+0.3x[2 Q]-

1x[21 EX]210 1x[1 G]+0.3x[2 Q]-

1x[22 EY]211 1x[1 G]+0.3x[2 Q]-

1x[23 EZ]212 1x[1 G]-1x[21 EX]


21/42

Proiect: 5/7/2013 12:03:00 P



213 1x[1 G]-1x[22 EY]214 1x[1 G]-1x[23 EZ]215 1x[1 G]+1x[2 Q]216 1x[1 G]+0.6x[24

TEMP]+1x[2 Q]217 1x[1 G]+1x[2

Q]+0.6x[5 VX+S]218 1x[1 G]+1x[2

Q]+0.6x[6 VX+S2]219 1x[1 G]+1x[2

Q]+0.6x[7 VX+D]220 1x[1 G]+1x[2

Q]+0.6x[8 VX+D2]221 1x[1 G]+1x[2

Q]+0.6x[9 VX-S]222 1x[1 G]+1x[2

Q]+0.6x[10 VX-S2]223 1x[1 G]+1x[2

Q]+0.6x[11 VX-D]224 1x[1 G]+1x[2

Q]+0.6x[12 VX-D2]225 1x[1 G]+1x[2

Q]+0.6x[13 VY+S]226 1x[1 G]+1x[2

Q]+0.6x[14 VY+S2]227 1x[1 G]+1x[2

Q]+0.6x[15 VY+D]228 1x[1 G]+1x[2

Q]+0.6x[16 VY+D2]229 1x[1 G]+1x[2

Q]+0.6x[17 VY-S]230 1x[1 G]+1x[2

Q]+0.6x[18 VY-S2]231 1x[1 G]+1x[2

Q]+0.6x[19 VY-D]232 1x[1 G]+1x[2

Q]+0.6x[20 VY-D2]233 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[5 VX+S]

234 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[6 VX+S2]235 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[7 VX+D]

236 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[8 VX+D2]237 1x[1 G]+0.6x[24

TEMP]+1x[2


22/42

Proiect: 5/7/2013 12:03:00 P



Q]+0.6x[9 VX-S]238 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[10 VX-S2]

239 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[11 VX-D]240 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[12 VX-D2]

241 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[13 VY+S]242 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[14 VY+S2]

243 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[15 VY+D]244 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[16 VY+D2]

245 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[17 VY-S]246 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[18 VY-S2]

247 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[19 VY-D]

248 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[20 VY-D2]249 1x[1 G]+1x[2

Q]+0.5x[3 ZN]250 1x[1 G]+1x[2

Q]+0.5x[4 ZX+]251 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.5x[3 ZN]

252 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.5x[4 ZX+]

253 1x[1 G]+1x[2Q]+0.6x[5

VX+S]+0.5x[3 ZN]254 1x[1 G]+1x[2

Q]+0.6x[6VX+S2]+0.5x[3 ZN]

255 1x[1 G]+1x[2


23/42

Proiect: 5/7/2013 12:03:00 P



Q]+0.6x[7VX+D]+0.5x[3 ZN]

256 1x[1 G]+1x[2Q]+0.6x[8

VX+D2]+0.5x[3 ZN]257 1x[1 G]+1x[2

Q]+0.6x[9 VX-S]+0.5x[3 ZN]

258 1x[1 G]+1x[2Q]+0.6x[10 VX-S2]+0.5x[3 ZN]

259 1x[1 G]+1x[2Q]+0.6x[11 VX-D]+0.5x[3 ZN]

260 1x[1 G]+1x[2Q]+0.6x[12 VX-

D2]+0.5x[3 ZN]261 1x[1 G]+1x[2

Q]+0.6x[13VY+S]+0.5x[3 ZN]

262 1x[1 G]+1x[2Q]+0.6x[14

VY+S2]+0.5x[3 ZN]263 1x[1 G]+1x[2

Q]+0.6x[15VY+D]+0.5x[3 ZN]

264 1x[1 G]+1x[2Q]+0.6x[16

VY+D2]+0.5x[3 ZN]

265 1x[1 G]+1x[2Q]+0.6x[17 VY-S]+0.5x[3 ZN]

266 1x[1 G]+1x[2Q]+0.6x[18 VY-S2]+0.5x[3 ZN]

267 1x[1 G]+1x[2Q]+0.6x[19 VY-D]+0.5x[3 ZN]

268 1x[1 G]+1x[2Q]+0.6x[20 VY-D2]+0.5x[3 ZN]

269 1x[1 G]+1x[2

Q]+0.6x[5VX+S]+0.5x[4 ZX+]

270 1x[1 G]+1x[2Q]+0.6x[6

VX+S2]+0.5x[4ZX+]

271 1x[1 G]+1x[2Q]+0.6x[7

VX+D]+0.5x[4 ZX+]


24/42

Proiect: 5/7/2013 12:03:00 P



272 1x[1 G]+1x[2Q]+0.6x[8

VX+D2]+0.5x[4ZX+]

273 1x[1 G]+1x[2Q]+0.6x[9 VX-S]+0.5x[4 ZX+]

274 1x[1 G]+1x[2Q]+0.6x[10 VX-S2]+0.5x[4 ZX+]

275 1x[1 G]+1x[2Q]+0.6x[11 VX-D]+0.5x[4 ZX+]

276 1x[1 G]+1x[2Q]+0.6x[12 VX-D2]+0.5x[4 ZX+]

277 1x[1 G]+1x[2Q]+0.6x[13

VY+S]+0.5x[4 ZX+]278 1x[1 G]+1x[2

Q]+0.6x[14VY+S2]+0.5x[4

ZX+]279 1x[1 G]+1x[2

Q]+0.6x[15VY+D]+0.5x[4 ZX+]

280 1x[1 G]+1x[2Q]+0.6x[16

VY+D2]+0.5x[4

ZX+]281 1x[1 G]+1x[2

Q]+0.6x[17 VY-S]+0.5x[4 ZX+]

282 1x[1 G]+1x[2Q]+0.6x[18 VY-S2]+0.5x[4 ZX+]

283 1x[1 G]+1x[2Q]+0.6x[19 VY-D]+0.5x[4 ZX+]

284 1x[1 G]+1x[2Q]+0.6x[20 VY-D2]+0.5x[4 ZX+]

285 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[5VX+S]+0.5x[3 ZN]

286 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[6VX+S2]+0.5x[3 ZN]

287 1x[1 G]+0.6x[24


25/42

Proiect: 5/7/2013 12:03:00 P



TEMP]+1x[2Q]+0.6x[7

VX+D]+0.5x[3 ZN]288 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[8

VX+D2]+0.5x[3 ZN]289 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[9 VX-S]+0.5x[3 ZN]

290 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[10 VX-S2]+0.5x[3 ZN]

291 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[11 VX-D]+0.5x[3 ZN]

292 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[12 VX-D2]+0.5x[3 ZN]

293 1x[1 G]+0.6x[24TEMP]+1x[2Q]+0.6x[13

VY+S]+0.5x[3 ZN]294 1x[1 G]+0.6x[24

TEMP]+1x[2

Q]+0.6x[14VY+S2]+0.5x[3 ZN]

295 1x[1 G]+0.6x[24TEMP]+1x[2Q]+0.6x[15

VY+D]+0.5x[3 ZN]296 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[16

VY+D2]+0.5x[3 ZN]297 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[17 VY-

S]+0.5x[3 ZN]298 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[18 VY-S2]+0.5x[3 ZN]

299 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[19 VY-D]+0.5x[3 ZN]


26/42

Proiect: 5/7/2013 12:03:00 P



300 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[20 VY-D2]+0.5x[3 ZN]

301 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[5VX+S]+0.5x[4 ZX+]

302 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[6VX+S2]+0.5x[4

ZX+]303 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[7

VX+D]+0.5x[4 ZX+]304 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[8

VX+D2]+0.5x[4ZX+]

305 1x[1 G]+0.6x[24TEMP]+1x[2Q]+0.6x[9 VX-S]+0.5x[4 ZX+]

306 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[10 VX-

S2]+0.5x[4 ZX+]307 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[11 VX-D]+0.5x[4 ZX+]

308 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[12 VX-D2]+0.5x[4 ZX+]

309 1x[1 G]+0.6x[24TEMP]+1x[2Q]+0.6x[13

VY+S]+0.5x[4 ZX+]

310 1x[1 G]+0.6x[24TEMP]+1x[2Q]+0.6x[14

VY+S2]+0.5x[4ZX+]

311 1x[1 G]+0.6x[24TEMP]+1x[2Q]+0.6x[15

VY+D]+0.5x[4 ZX+]


27/42

Proiect: 5/7/2013 12:03:00 P



312 1x[1 G]+0.6x[24TEMP]+1x[2Q]+0.6x[16

VY+D2]+0.5x[4ZX+]

313 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[17 VY-S]+0.5x[4 ZX+]

314 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[18 VY-S2]+0.5x[4 ZX+]

315 1x[1 G]+0.6x[24TEMP]+1x[2

Q]+0.6x[19 VY-

D]+0.5x[4 ZX+]316 1x[1 G]+0.6x[24

TEMP]+1x[2Q]+0.6x[20 VY-D2]+0.5x[4 ZX+]

317 1x[1 G]+0.3x[2 Q]25 Eforturi Reazem Fx

Min(Concomitant)26 Eforturi Reazem Fy

Min(Concomitant)27 Eforturi Reazem Fz

Min(Concomitant)28 Eforturi Reazem Mx

Min(Concomitant)29 Eforturi Reazem My

Min(Concomitant)30 Eforturi Reazem Mz

Min(Concomitant)31 Eforturi Element

liniar FxMin(Concomitant)

32 Eforturi Elementliniar Fy


liniar Fz


liniar MxMin(Concomitant)

35 Eforturi Elementliniar My


liniar Mz


28/42

Proiect: 5/7/2013 12:03:00 P



Min(Concomitant)

Descrierea incarcarilor

Conventii utilizate: Incarcari plane dupa caz

FX(kN) FY(kN)FZ(kN)

Efort normal dupa axa x, Efort normal dupa axa y, Efort normal dupa axa z

MX(kN*m) MY(kN*m)MZ(kN*m)

Moment de torsiune in jurul axei x, Moment de torsiune in jurul axei y, Moment detorsiune in jurul axei z

Element nr. Tipul si numarul elementului pe care este aplicata incarcarea planaReper Reperul in care este definita intensitatea incarcarii plane

Toate coordonatele din coloana Puncte sunt in reperul global

Incarcari plane dupa cazNr FX(kN)

FY(kN)FZ(kN)

MX(kN*m)MY(kN*m)MZ(kN*m)

CoeficientVarf 1

CoeficientVarf 2

CoeficientVarf 3

Reper Elementincarcat

Puncte Cazde

incacare

Incarcari Gravitationale dupa cazNr Caz de

incarcareAcceleratie

dupaX(m/s2)

Acceleratiedupa

Y(m/s2)

Acceleratiedupa

Z(m/s2)

Lista elemente

1 1 0.000 0.000 -9.810 Toate

Incarcari termice dupa cazNr Caz de

incarcareDelta T

(C)GradientY(C)

GradientZ(C)

Lista elemente

1 24 20.000 0.000 0.000 tous

Descrierea combinatiilorDescrierea combinatiilor


29/42

Proiect: 5/7/2013 12:03:00 P


Nr Nume Detalii Cod101 1.35x[1 G]+1.5x[2 Q] 1.35*1 +1.50*2 ECELUSTR102 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2 Q] 1.35*1 +0.90*24 +1.50*2 ECELUSTR103 1.35x[1 G]+1.5x[2 Q]+0.9x[5 VX+S] 1.35*1 +1.50*2 +0.90*5 ECELUSTR104 1.35x[1 G]+1.5x[2 Q]+0.9x[6 VX+S2] 1.35*1 +1.50*2 +0.90*6 ECELUSTR105 1.35x[1 G]+1.5x[2 Q]+0.9x[7 VX+D] 1.35*1 +1.50*2 +0.90*7 ECELUSTR106 1.35x[1 G]+1.5x[2 Q]+0.9x[8 VX+D2] 1.35*1 +1.50*2 +0.90*8 ECELUSTR107 1.35x[1 G]+1.5x[2 Q]+0.9x[9 VX-S] 1.35*1 +1.50*2 +0.90*9 ECELUSTR108 1.35x[1 G]+1.5x[2 Q]+0.9x[10 VX-S2] 1.35*1 +1.50*2 +0.90*10 ECELUSTR109 1.35x[1 G]+1.5x[2 Q]+0.9x[11 VX-D] 1.35*1 +1.50*2 +0.90*11 ECELUSTR110 1.35x[1 G]+1.5x[2 Q]+0.9x[12 VX-D2] 1.35*1 +1.50*2 +0.90*12 ECELUSTR111 1.35x[1 G]+1.5x[2 Q]+0.9x[13 VY+S] 1.35*1 +1.50*2 +0.90*13 ECELUSTR112 1.35x[1 G]+1.5x[2 Q]+0.9x[14

VY+S2]1.35*1 +1.50*2 +0.90*14 ECELUSTR

113 1.35x[1 G]+1.5x[2 Q]+0.9x[15 VY+D] 1.35*1 +1.50*2 +0.90*15 ECELUSTR114 1.35x[1 G]+1.5x[2 Q]+0.9x[16

VY+D2]1.35*1 +1.50*2 +0.90*16 ECELUSTR

115 1.35x[1 G]+1.5x[2 Q]+0.9x[17 VY-S] 1.35*1 +1.50*2 +0.90*17 ECELUSTR116 1.35x[1 G]+1.5x[2 Q]+0.9x[18 VY-S2] 1.35*1 +1.50*2 +0.90*18 ECELUSTR117 1.35x[1 G]+1.5x[2 Q]+0.9x[19 VY-D] 1.35*1 +1.50*2 +0.90*19 ECELUSTR118 1.35x[1 G]+1.5x[2 Q]+0.9x[20 VY-D2] 1.35*1 +1.50*2 +0.90*20 ECELUSTR119 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2

Q]+0.9x[5 VX+S]1.35*1 +0.90*24 +1.50*2 +0.90*5 ECELUSTR

120 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[6 VX+S2]

1.35*1 +0.90*24 +1.50*2 +0.90*6 ECELUSTR

121 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[7 VX+D]

1.35*1 +0.90*24 +1.50*2 +0.90*7 ECELUSTR

122 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[8 VX+D2]

1.35*1 +0.90*24 +1.50*2 +0.90*8 ECELUSTR

123 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2

Q]+0.9x[9 VX-S]

1.35*1 +0.90*24 +1.50*2 +0.90*9 ECELUSTR

124 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[10 VX-S2]

1.35*1 +0.90*24 +1.50*2 +0.90*10 ECELUSTR

125 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[11 VX-D]

1.35*1 +0.90*24 +1.50*2 +0.90*11 ECELUSTR

126 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[12 VX-D2]

1.35*1 +0.90*24 +1.50*2 +0.90*12 ECELUSTR

127 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[13 VY+S]

1.35*1 +0.90*24 +1.50*2 +0.90*13 ECELUSTR

128 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[14 VY+S2]

1.35*1 +0.90*24 +1.50*2 +0.90*14 ECELUSTR

129 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[15 VY+D]

1.35*1 +0.90*24 +1.50*2 +0.90*15 ECELUSTR

130 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[16 VY+D2] 1.35*1 +0.90*24 +1.50*2 +0.90*16 ECELUSTR

131 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[17 VY-S]

1.35*1 +0.90*24 +1.50*2 +0.90*17 ECELUSTR

132 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[18 VY-S2]

1.35*1 +0.90*24 +1.50*2 +0.90*18 ECELUSTR

133 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[19 VY-D]

1.35*1 +0.90*24 +1.50*2 +0.90*19 ECELUSTR

134 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2 1.35*1 +0.90*24 +1.50*2 +0.90*20 ECELUSTR


30/42

Proiect: 5/7/2013 12:03:00 P


Descrierea combinatiilorNr Nume Detalii Cod

Q]+0.9x[20 VY-D2]135 1.35x[1 G]+1.5x[2 Q]+0.75x[3 ZN] 1.35*1 +1.50*2 +0.75*3 ECELUSTR136 1.35x[1 G]+1.5x[2 Q]+0.75x[4 ZX+] 1.35*1 +1.50*2 +0.75*4 ECELUSTR137 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2

Q]+0.75x[3 ZN]1.35*1 +0.90*24 +1.50*2 +0.75*3 ECELUSTR

138 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.75*4 ECELUSTR

139 1.35x[1 G]+1.5x[2 Q]+0.9x[5VX+S]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*5 +0.75*3 ECELUSTR

140 1.35x[1 G]+1.5x[2 Q]+0.9x[6VX+S2]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*6 +0.75*3 ECELUSTR

141 1.35x[1 G]+1.5x[2 Q]+0.9x[7VX+D]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*7 +0.75*3 ECELUSTR

142 1.35x[1 G]+1.5x[2 Q]+0.9x[8VX+D2]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*8 +0.75*3 ECELUSTR

143 1.35x[1 G]+1.5x[2 Q]+0.9x[9 VX-S]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*9 +0.75*3 ECELUSTR

144 1.35x[1 G]+1.5x[2 Q]+0.9x[10 VX-S2]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*10 +0.75*3 ECELUSTR

145 1.35x[1 G]+1.5x[2 Q]+0.9x[11 VX-D]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*11 +0.75*3 ECELUSTR

146 1.35x[1 G]+1.5x[2 Q]+0.9x[12 VX-D2]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*12 +0.75*3 ECELUSTR

147 1.35x[1 G]+1.5x[2 Q]+0.9x[13VY+S]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*13 +0.75*3 ECELUSTR

148 1.35x[1 G]+1.5x[2 Q]+0.9x[14VY+S2]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*14 +0.75*3 ECELUSTR

149 1.35x[1 G]+1.5x[2 Q]+0.9x[15VY+D]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*15 +0.75*3 ECELUSTR

150 1.35x[1 G]+1.5x[2 Q]+0.9x[16VY+D2]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*16 +0.75*3 ECELUSTR

151 1.35x[1 G]+1.5x[2 Q]+0.9x[17 VY-S]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*17 +0.75*3 ECELUSTR

152 1.35x[1 G]+1.5x[2 Q]+0.9x[18 VY-S2]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*18 +0.75*3 ECELUSTR

153 1.35x[1 G]+1.5x[2 Q]+0.9x[19 VY-D]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*19 +0.75*3 ECELUSTR

154 1.35x[1 G]+1.5x[2 Q]+0.9x[20 VY-D2]+0.75x[3 ZN]

1.35*1 +1.50*2 +0.90*20 +0.75*3 ECELUSTR

155 1.35x[1 G]+1.5x[2 Q]+0.9x[5VX+S]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*5 +0.75*4 ECELUSTR

156 1.35x[1 G]+1.5x[2 Q]+0.9x[6VX+S2]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*6 +0.75*4 ECELUSTR

157 1.35x[1 G]+1.5x[2 Q]+0.9x[7VX+D]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*7 +0.75*4 ECELUSTR

158 1.35x[1 G]+1.5x[2 Q]+0.9x[8VX+D2]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*8 +0.75*4 ECELUSTR

159 1.35x[1 G]+1.5x[2 Q]+0.9x[9 VX-S]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*9 +0.75*4 ECELUSTR

160 1.35x[1 G]+1.5x[2 Q]+0.9x[10 VX-S2]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*10 +0.75*4 ECELUSTR


31/42

Proiect: 5/7/2013 12:03:00 P


Descrierea combinatiilorNr Nume Detalii Cod161 1.35x[1 G]+1.5x[2 Q]+0.9x[11 VX-

D]+0.75x[4 ZX+]1.35*1 +1.50*2 +0.90*11 +0.75*4 ECELUSTR

162 1.35x[1 G]+1.5x[2 Q]+0.9x[12 VX-D2]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*12 +0.75*4 ECELUSTR

163 1.35x[1 G]+1.5x[2 Q]+0.9x[13VY+S]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*13 +0.75*4 ECELUSTR

164 1.35x[1 G]+1.5x[2 Q]+0.9x[14VY+S2]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*14 +0.75*4 ECELUSTR

165 1.35x[1 G]+1.5x[2 Q]+0.9x[15VY+D]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*15 +0.75*4 ECELUSTR

166 1.35x[1 G]+1.5x[2 Q]+0.9x[16VY+D2]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*16 +0.75*4 ECELUSTR

167 1.35x[1 G]+1.5x[2 Q]+0.9x[17 VY-S]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*17 +0.75*4 ECELUSTR

168 1.35x[1 G]+1.5x[2 Q]+0.9x[18 VY-S2]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*18 +0.75*4 ECELUSTR

169 1.35x[1 G]+1.5x[2 Q]+0.9x[19 VY-D]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*19 +0.75*4 ECELUSTR

170 1.35x[1 G]+1.5x[2 Q]+0.9x[20 VY-D2]+0.75x[4 ZX+]

1.35*1 +1.50*2 +0.90*20 +0.75*4 ECELUSTR

171 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[5 VX+S]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*5 +0.75*3

ECELUSTR

172 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[6 VX+S2]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*6 +0.75*3

ECELUSTR

173 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[7 VX+D]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*7 +0.75*3

ECELUSTR

174 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[8 VX+D2]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*8 +0.75*3

ECELUSTR

175 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[9 VX-S]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*9 +0.75*3

ECELUSTR

176 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[10 VX-S2]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*10+0.75*3

ECELUSTR

177 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[11 VX-D]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*11+0.75*3

ECELUSTR

178 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[12 VX-D2]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*12+0.75*3

ECELUSTR

179 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[13 VY+S]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*13+0.75*3

ECELUSTR

180 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[14 VY+S2]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*14+0.75*3

ECELUSTR

181 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[15 VY+D]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*15+0.75*3

ECELUSTR

182 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[16 VY+D2]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*16+0.75*3

ECELUSTR

183 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[17 VY-S]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*17+0.75*3

ECELUSTR

184 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[18 VY-S2]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*18+0.75*3

ECELUSTR

185 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[19 VY-D]+0.75x[3 ZN]

1.35*1 +0.90*24 +1.50*2 +0.90*19+0.75*3

ECELUSTR

186 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2 1.35*1 +0.90*24 +1.50*2 +0.90*20 ECELUSTR


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Proiect: 5/7/2013 12:03:00 P



Q]+0.9x[20 VY-D2]+0.75x[3 ZN] +0.75*3187 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2

Q]+0.9x[5 VX+S]+0.75x[4 ZX+]1.35*1 +0.90*24 +1.50*2 +0.90*5 +

0.75*4ECELUSTR

188 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[6 VX+S2]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*6 +0.75*4

ECELUSTR

189 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[7 VX+D]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*7 +0.75*4

ECELUSTR

190 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[8 VX+D2]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*8 +0.75*4

ECELUSTR

191 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[9 VX-S]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*9 +0.75*4

ECELUSTR

192 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[10 VX-S2]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*10+0.75*4

ECELUSTR

193 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[11 VX-D]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*11+0.75*4

ECELUSTR

194 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[12 VX-D2]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*12+0.75*4

ECELUSTR

195 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[13 VY+S]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*13+0.75*4

ECELUSTR

196 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[14 VY+S2]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*14+0.75*4

ECELUSTR

197 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[15 VY+D]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*15+0.75*4

ECELUSTR

198 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[16 VY+D2]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*16+0.75*4

ECELUSTR

199 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[17 VY-S]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*17+0.75*4

ECELUSTR

200 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[18 VY-S2]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*18+0.75*4

ECELUSTR

201 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[19 VY-D]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*19+0.75*4

ECELUSTR

202 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2Q]+0.9x[20 VY-D2]+0.75x[4 ZX+]

1.35*1 +0.90*24 +1.50*2 +0.90*20+0.75*4

ECELUSTR

203 1x[1 G]+0.3x[2 Q]+1x[21 EX] 1.00*1 +0.30*2 +1.00*21 ECELUS204 1x[1 G]+0.3x[2 Q]+1x[22 EY] 1.00*1 +0.30*2 +1.00*22 ECELUS205 1x[1 G]+0.3x[2 Q]+1x[23 EZ] 1.00*1 +0.30*2 +1.00*23 ECELUS206 1x[1 G]+1x[21 EX] 1.00*1 +1.00*21 ECELUS207 1x[1 G]+1x[22 EY] 1.00*1 +1.00*22 ECELUS208 1x[1 G]+1x[23 EZ] 1.00*1 +1.00*23 ECELUS209 1x[1 G]+0.3x[2 Q]-1x[21 EX] 1.00*1 +0.30*2 -1.00*21 ECELUS210 1x[1 G]+0.3x[2 Q]-1x[22 EY] 1.00*1 +0.30*2 -1.00*22 ECELUS

211 1x[1 G]+0.3x[2 Q]-1x[23 EZ] 1.00*1 +0.30*2 -1.00*23 ECELUS212 1x[1 G]-1x[21 EX] 1.00*1 -1.00*21 ECELUS213 1x[1 G]-1x[22 EY] 1.00*1 -1.00*22 ECELUS214 1x[1 G]-1x[23 EZ] 1.00*1 -1.00*23 ECELUS215 1x[1 G]+1x[2 Q] 1.00*1 +1.00*2 ECELSCQ216 1x[1 G]+0.6x[24 TEMP]+1x[2 Q] 1.00*1 +0.60*24 +1.00*2 ECELSCQ217 1x[1 G]+1x[2 Q]+0.6x[5 VX+S] 1.00*1 +1.00*2 +0.60*5 ECELSCQ218 1x[1 G]+1x[2 Q]+0.6x[6 VX+S2] 1.00*1 +1.00*2 +0.60*6 ECELSCQ219 1x[1 G]+1x[2 Q]+0.6x[7 VX+D] 1.00*1 +1.00*2 +0.60*7 ECELSCQ


33/42

Proiect: 5/7/2013 12:03:00 P


Descrierea combinatiilorNr Nume Detalii Cod220 1x[1 G]+1x[2 Q]+0.6x[8 VX+D2] 1.00*1 +1.00*2 +0.60*8 ECELSCQ221 1x[1 G]+1x[2 Q]+0.6x[9 VX-S] 1.00*1 +1.00*2 +0.60*9 ECELSCQ222 1x[1 G]+1x[2 Q]+0.6x[10 VX-S2] 1.00*1 +1.00*2 +0.60*10 ECELSCQ223 1x[1 G]+1x[2 Q]+0.6x[11 VX-D] 1.00*1 +1.00*2 +0.60*11 ECELSCQ224 1x[1 G]+1x[2 Q]+0.6x[12 VX-D2] 1.00*1 +1.00*2 +0.60*12 ECELSCQ225 1x[1 G]+1x[2 Q]+0.6x[13 VY+S] 1.00*1 +1.00*2 +0.60*13 ECELSCQ226 1x[1 G]+1x[2 Q]+0.6x[14 VY+S2] 1.00*1 +1.00*2 +0.60*14 ECELSCQ227 1x[1 G]+1x[2 Q]+0.6x[15 VY+D] 1.00*1 +1.00*2 +0.60*15 ECELSCQ228 1x[1 G]+1x[2 Q]+0.6x[16 VY+D2] 1.00*1 +1.00*2 +0.60*16 ECELSCQ229 1x[1 G]+1x[2 Q]+0.6x[17 VY-S] 1.00*1 +1.00*2 +0.60*17 ECELSCQ230 1x[1 G]+1x[2 Q]+0.6x[18 VY-S2] 1.00*1 +1.00*2 +0.60*18 ECELSCQ231 1x[1 G]+1x[2 Q]+0.6x[19 VY-D] 1.00*1 +1.00*2 +0.60*19 ECELSCQ232 1x[1 G]+1x[2 Q]+0.6x[20 VY-D2] 1.00*1 +1.00*2 +0.60*20 ECELSCQ233 1x[1 G]+0.6x[24 TEMP]+1x[2

Q]+0.6x[5 VX+S]1.00*1 +0.60*24 +1.00*2 +0.60*5 ECELSCQ

234 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[6 VX+S2] 1.00*1 +0.60*24 +1.00*2 +0.60*6 ECELSCQ

235 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[7 VX+D]

1.00*1 +0.60*24 +1.00*2 +0.60*7 ECELSCQ

236 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[8 VX+D2]

1.00*1 +0.60*24 +1.00*2 +0.60*8 ECELSCQ

237 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[9 VX-S]

1.00*1 +0.60*24 +1.00*2 +0.60*9 ECELSCQ

238 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[10 VX-S2]

1.00*1 +0.60*24 +1.00*2 +0.60*10 ECELSCQ

239 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[11 VX-D]

1.00*1 +0.60*24 +1.00*2 +0.60*11 ECELSCQ

240 1x[1 G]+0.6x[24 TEMP]+1x[2

Q]+0.6x[12 VX-D2]

1.00*1 +0.60*24 +1.00*2 +0.60*12 ECELSCQ

241 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[13 VY+S]

1.00*1 +0.60*24 +1.00*2 +0.60*13 ECELSCQ

242 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[14 VY+S2]

1.00*1 +0.60*24 +1.00*2 +0.60*14 ECELSCQ

243 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[15 VY+D]

1.00*1 +0.60*24 +1.00*2 +0.60*15 ECELSCQ

244 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[16 VY+D2]

1.00*1 +0.60*24 +1.00*2 +0.60*16 ECELSCQ

245 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[17 VY-S]

1.00*1 +0.60*24 +1.00*2 +0.60*17 ECELSCQ

246 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[18 VY-S2]

1.00*1 +0.60*24 +1.00*2 +0.60*18 ECELSCQ

247 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[19 VY-D] 1.00*1 +0.60*24 +1.00*2 +0.60*19 ECELSCQ

248 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[20 VY-D2]

1.00*1 +0.60*24 +1.00*2 +0.60*20 ECELSCQ

249 1x[1 G]+1x[2 Q]+0.5x[3 ZN] 1.00*1 +1.00*2 +0.50*3 ECELSCQ250 1x[1 G]+1x[2 Q]+0.5x[4 ZX+] 1.00*1 +1.00*2 +0.50*4 ECELSCQ251 1x[1 G]+0.6x[24 TEMP]+1x[2

Q]+0.5x[3 ZN]1.00*1 +0.60*24 +1.00*2 +0.50*3 ECELSCQ

252 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.50*4 ECELSCQ


34/42

Proiect: 5/7/2013 12:03:00 P


Descrierea combinatiilorNr Nume Detalii Cod253 1x[1 G]+1x[2 Q]+0.6x[5

VX+S]+0.5x[3 ZN]1.00*1 +1.00*2 +0.60*5 +0.50*3 ECELSCQ

254 1x[1 G]+1x[2 Q]+0.6x[6VX+S2]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*6 +0.50*3 ECELSCQ

255 1x[1 G]+1x[2 Q]+0.6x[7VX+D]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*7 +0.50*3 ECELSCQ

256 1x[1 G]+1x[2 Q]+0.6x[8VX+D2]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*8 +0.50*3 ECELSCQ

257 1x[1 G]+1x[2 Q]+0.6x[9 VX-S]+0.5x[3ZN]

1.00*1 +1.00*2 +0.60*9 +0.50*3 ECELSCQ

258 1x[1 G]+1x[2 Q]+0.6x[10 VX-S2]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*10 +0.50*3 ECELSCQ

259 1x[1 G]+1x[2 Q]+0.6x[11 VX-D]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*11 +0.50*3 ECELSCQ

260 1x[1 G]+1x[2 Q]+0.6x[12 VX-D2]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*12 +0.50*3 ECELSCQ

261 1x[1 G]+1x[2 Q]+0.6x[13VY+S]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*13 +0.50*3 ECELSCQ

262 1x[1 G]+1x[2 Q]+0.6x[14VY+S2]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*14 +0.50*3 ECELSCQ

263 1x[1 G]+1x[2 Q]+0.6x[15VY+D]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*15 +0.50*3 ECELSCQ

264 1x[1 G]+1x[2 Q]+0.6x[16VY+D2]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*16 +0.50*3 ECELSCQ

265 1x[1 G]+1x[2 Q]+0.6x[17 VY-S]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*17 +0.50*3 ECELSCQ

266 1x[1 G]+1x[2 Q]+0.6x[18 VY-S2]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*18 +0.50*3 ECELSCQ

267 1x[1 G]+1x[2 Q]+0.6x[19 VY-D]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*19 +0.50*3 ECELSCQ

268 1x[1 G]+1x[2 Q]+0.6x[20 VY-D2]+0.5x[3 ZN]

1.00*1 +1.00*2 +0.60*20 +0.50*3 ECELSCQ

269 1x[1 G]+1x[2 Q]+0.6x[5VX+S]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*5 +0.50*4 ECELSCQ

270 1x[1 G]+1x[2 Q]+0.6x[6VX+S2]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*6 +0.50*4 ECELSCQ

271 1x[1 G]+1x[2 Q]+0.6x[7VX+D]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*7 +0.50*4 ECELSCQ

272 1x[1 G]+1x[2 Q]+0.6x[8VX+D2]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*8 +0.50*4 ECELSCQ

273 1x[1 G]+1x[2 Q]+0.6x[9 VX-S]+0.5x[4ZX+]

1.00*1 +1.00*2 +0.60*9 +0.50*4 ECELSCQ

274 1x[1 G]+1x[2 Q]+0.6x[10 VX-S2]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*10 +0.50*4 ECELSCQ

275 1x[1 G]+1x[2 Q]+0.6x[11 VX-D]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*11 +0.50*4 ECELSCQ

276 1x[1 G]+1x[2 Q]+0.6x[12 VX-D2]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*12 +0.50*4 ECELSCQ

277 1x[1 G]+1x[2 Q]+0.6x[13VY+S]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*13 +0.50*4 ECELSCQ

278 1x[1 G]+1x[2 Q]+0.6x[14 1.00*1 +1.00*2 +0.60*14 +0.50*4 ECELSCQ


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VY+S2]+0.5x[4 ZX+]279 1x[1 G]+1x[2 Q]+0.6x[15

VY+D]+0.5x[4 ZX+]1.00*1 +1.00*2 +0.60*15 +0.50*4 ECELSCQ

280 1x[1 G]+1x[2 Q]+0.6x[16VY+D2]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*16 +0.50*4 ECELSCQ

281 1x[1 G]+1x[2 Q]+0.6x[17 VY-S]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*17 +0.50*4 ECELSCQ

282 1x[1 G]+1x[2 Q]+0.6x[18 VY-S2]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*18 +0.50*4 ECELSCQ

283 1x[1 G]+1x[2 Q]+0.6x[19 VY-D]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*19 +0.50*4 ECELSCQ

284 1x[1 G]+1x[2 Q]+0.6x[20 VY-D2]+0.5x[4 ZX+]

1.00*1 +1.00*2 +0.60*20 +0.50*4 ECELSCQ

285 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[5 VX+S]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*5 +0.50*3

ECELSCQ

286 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[6 VX+S2]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*6 +0.50*3

ECELSCQ

287 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[7 VX+D]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*7 +0.50*3

ECELSCQ

288 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[8 VX+D2]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*8 +0.50*3

ECELSCQ

289 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[9 VX-S]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*9 +0.50*3

ECELSCQ

290 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[10 VX-S2]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*10+0.50*3

ECELSCQ

291 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[11 VX-D]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*11+0.50*3

ECELSCQ

292 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[12 VX-D2]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*12+0.50*3

ECELSCQ

293 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[13 VY+S]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*13+0.50*3

ECELSCQ

294 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[14 VY+S2]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*14+0.50*3

ECELSCQ

295 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[15 VY+D]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*15+0.50*3

ECELSCQ

296 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[16 VY+D2]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*16+0.50*3

ECELSCQ

297 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[17 VY-S]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*17+0.50*3

ECELSCQ

298 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[18 VY-S2]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*18+0.50*3

ECELSCQ

299 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[19 VY-D]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*19+0.50*3

ECELSCQ

300 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[20 VY-D2]+0.5x[3 ZN]

1.00*1 +0.60*24 +1.00*2 +0.60*20+0.50*3

ECELSCQ

301 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[5 VX+S]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*5 +0.50*4

ECELSCQ

302 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[6 VX+S2]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*6 +0.50*4

ECELSCQ

303 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[7 VX+D]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*7 +0.50*4

ECELSCQ


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Descrierea combinatiilorNr Nume Detalii Cod304 1x[1 G]+0.6x[24 TEMP]+1x[2

Q]+0.6x[8 VX+D2]+0.5x[4 ZX+]1.00*1 +0.60*24 +1.00*2 +0.60*8 +

0.50*4ECELSCQ

305 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[9 VX-S]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*9 +0.50*4

ECELSCQ

306 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[10 VX-S2]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*10+0.50*4

ECELSCQ

307 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[11 VX-D]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*11+0.50*4

ECELSCQ

308 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[12 VX-D2]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*12+0.50*4

ECELSCQ

309 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[13 VY+S]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*13+0.50*4

ECELSCQ

310 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[14 VY+S2]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*14+0.50*4

ECELSCQ

311 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[15 VY+D]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*15+0.50*4

ECELSCQ

312 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[16 VY+D2]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*16+0.50*4

ECELSCQ

313 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[17 VY-S]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*17+0.50*4

ECELSCQ

314 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[18 VY-S2]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*18+0.50*4

ECELSCQ

315 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[19 VY-D]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*19+0.50*4

ECELSCQ

316 1x[1 G]+0.6x[24 TEMP]+1x[2Q]+0.6x[20 VY-D2]+0.5x[4 ZX+]

1.00*1 +0.60*24 +1.00*2 +0.60*20+0.50*4

ECELSCQ

317 1x[1 G]+0.3x[2 Q] 1.00*1 +0.30*2 ECELSQP

Observatii asupra elementelor de incarcare

Familie de elemente ID Caz de incarcare Observatie


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1 Eforturi My Myy 135

2 Eforturi Fy Fyy 135


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3 Eforturi Fz Fzz 135

4 Eforturi Fx Fxx 135


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Fisa profilului - Elem. liniar nr.7 (Eticheta Element liniar)

1) Sectiune

Profil HEA240

Dimensiuni(cm) h = 23.00 b = 24.00 tw = 0.75 tf = 1.20

Sectiuni(cm2) Arie = 76.84 Sy = 59.74 Sz = 25.18

Inertii(cm4) It = 41.55 Iy = 7763.00 Iz = 2769.00

Module(cm3) Welyinf = 675.10 Welysup = 675.10 Welzinf = 230.70 Welzsup = 230.70 Wply =

744.60 Wplz = 351.70

Material E = 210000.00 MPa Nu = 0.3

Tip fy = 235.00 MPa

2) Sageti

Criteriul 1 Cazul nr. 263 : 1x[1 G]+1x[2 Q]+0.6x[15 VY+D]+0.5x[3 ZN]

L / 1556 < L / 500 (32 %)

3) Rezistenta sectiunilor

Intindere

Compresiune

Cazul nr.153

Fx < Npl : 74.16 < 1805.74 kN ()

Forta taietoaredupa y

Cazul nr.185Ty < Vply : 2.09 < 810.54 kN ()

Forta taietoare

dupa z

Cazul nr.180

Tz < Vplz : 27.25 < 341.64 kN ()

Incovoiere

oblica

Cazul nr.185

M Ed / M c,Rd < 1 (6.12) : 0.33 < 1 ()

Torsiune Cazul nr.183

Mx < Wt*(Fy/3^(1/2)/gM0) : 0.00 < 1 ()

4) Stabilitatea elementelor

Lungimi de

flambaj

LambdaFy = 0.610 LambdaFz = 1.189

Lfy = 6.70 m Lfz =5.76 m

Lungimi de

flambaj lateral

LambdaDi = 0.409 LambdaDs = 0.409

Ldi = 4.35 m Lds = 4.35 m

Verificare Cazul nr.185 : 1.35x[1 G]+0.9x[24 TEMP]+1.5x[2 Q]+0.9x[19 VY-D]+0.75x[3 ZN]

k=1.00 kw=1.00 C1=2.29 C2=0.04 C3=1.00

Xy=0.83 Xz=0.48 XLT=1.00

kyy=1.04 kyz=0.63 kzy=0.54 kzz=0.80

zg=0.00 m zj=0.00 m Mcr=1054.12 kN*m MbRd=174.98 kN*m NcrT=5077.48 kN

Ned /(Xy Nrk / gM1) + kyy ( My,Ed + DMy,Ed ) /

(XLT My,Rk / gM1) + kyz (Mz,Ed + DMz,Ed)/(Mz,Rk / gM1)


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0.41351 < 1 ( 41 % )

(Ned /(Xz Nrk / gM1) + kzy ( My,Ed + DMy,Ed ) /

(XLT My,Rk / gM1) + kzz (Mz,Ed + DMz,Ed)/(Mz,Rk / gM1)


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zg=0.00 m zj=0.00 m Mcr=70.03 kN*m MbRd=48.81 kN*m NcrT=1230.34 kN

Ned /(Xy Nrk / gM1) + kyy ( My,Ed + DMy,Ed ) /



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Verificare Cazul nr.166 : 1.05x[1 G]+1.05x[2 Q]+0.9x[17 VY-S]+1.5x[4 ZX+]

k=1.00 kw=1.00 C1=1.08 C2=0.23 C3=1.00

Xy=0.04 Xz=0.01 XLT=0.18

kyy=1.21 kyz=0.20 kzy=0.93 kzz=0.59

zg=0.00 m zj=0.00 m Mcr=6.22 kN*m MbRd=4.37 kN*m NcrT=7.01 kNNed /(Xy Nrk / gM1) + kyy ( My,Ed + DMy,Ed ) /


brev graitec

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