Breviar Structura Cort

Breviar de calcul

Proiect: STRUCTURA CORT FESTIVITATI Proiectant:

Breviar Vedere de ansamblu

Model

Materiale Nume Tip Standard national Normativ de materiale Model Ex [daN/cm2] Ey [daN/cm2] 1 S 235 H Otel Eurocode-RO SR EN 10210-1:2006 Liniar 2100000 2100000 2 C27 Lemn Eurocode-RO SR EN 338:2004 Liniar 115000 3800 3 S 235 Otel Eurocode-RO SR EN 10025-2:2004 Liniar 2100000 2100000

Nume t [1/°C] [kg/m3] Culoare

material Culoare contur

Textura P1

1 S 235 H 0,30 1,2E-5 7850 ...... ...... Steel fy[daN/cm2] = 2350,00 2 C27 0,20 8E-6 450 ...... ...... Wood 1 Moale 3 S 235 0,30 1,2E-5 7850 ...... ...... Steel fy[daN/cm2] = 2350,00

Nume P2 P3 P4 P5 1 S 235 H fu[daN/cm2] = 3600,00 fy*[daN/cm2] = 2150,00 fu*[daN/cm2] = 3400,00 2 C27 E0.05[daN/cm2] = 77000 Gmean[daN/cm2] = 7200 fmk[daN/cm2] = 270,00 ft0k[daN/cm2] = 160,00 3 S 235 fu[daN/cm2] = 3600,00 fy*[daN/cm2] = 2150,00 fu*[daN/cm2] = 3600,00

Nume P6 P7 P8 P9 P10 P11

1 S 235 H 2 C27 ft90k[daN/cm2] = 6,00 fc0k[daN/cm2] = 220,00 fc90k[daN/cm2] = 26,00 fvk[daN/cm2] = 28,00

Proiect: ARC METALIC CURENT CORT FESTIVITATI Proiectant: SILVER REED SRL AxisVM 12.0 R3f · Utilizator legal: SILVER REED SRL

Model 14.axs – 2 –

Nume P6 P7 P8 P9 P10 P11

3 S 235

Nume P12 1 S 235 H 2 C27 3 S 235

Sectiuni Nume Desen Procesare Forma h

[cm]b

[cm]tw

[cm]tf

[cm]r1

[cm]r2

[cm]r3

[cm]Ax

[cm2] Ay

[cm2] Az

[cm2] 1 O 76.0 X 3.6 Laminat Teava 7,6 7,6 0,4 0,4 0 0 0 8,18 4,11 4,11 2 TPH 50 Laminat T 5,0 5,0 0,6 0,6 0,6 0,3 0,2 5,67 2,93 2,57 3 7,5x8 Alte Rect. 8,0 7,5 0 0 0 0 0 60,00 50,00 50,00 4 DN14 Laminat Cerc 1,4 1,4 0 0 0 0 0 1,54 1,32 1,32

Nume Ix

[cm4] Iy

[cm4] Iz

[cm4] Iyz

[cm4] I1

[cm4]I2

[cm4][°]

I [cm6]

W1,el,t

[cm3]W1,el,b

[cm3]W2,el,t

[cm3]W2,el,b [cm3]

W1,pl [cm3]

W2,pl [cm3]

iy [cm]

1 O 76.0 X 3.6 107,5 53,6 53,6 0 53,6 53,6 0 0 14,1 14,1 14,1 14,1 18,8 18,8 2,62 TPH 50 0,8 12,1 6,0 0 12,1 6,0 0 1 8,7 3,3 2,4 2,4 6,3 4,1 1,53 7,5x8 505,1 320,0 281,3 0 320,0 281,3 0 35 80,0 80,0 75,0 75,0 120,0 112,5 2,34 DN14 0,4 0,2 0,2 0 0,2 0,2 0 0 0,3 0,3 0,3 0,3 0,5 0,5 0,3

Nume iz

[cm] Hy

[cm]Hz

[cm] yG

[cm] zG

[cm]ys

[cm]zs

[cm]P.t.

1 O 76.0 X 3.6 2,6 7,6 7,6 3,8 3,8 0 0 52 TPH 50 1,0 5,0 5,0 2,5 3,6 0 0,9 73 7,5x8 2,2 7,5 8,0 3,8 4,0 0 0 54 DN14 0,3 1,4 1,4 0,7 0,7 0 0 5

Ipoteze de incarcare Nume Grupa Tipul grupei 1 Vant . VANT Vant 2 Gr proprie PERM1 Permanente

Grupari de incarcare (Eurocode-RO) Grupa Tip G,sup G,inf 0 1 2 Aditiv1 VANT Vant 1,500 0,600 0,200 02 PERM1 Permanente 1,350 1,000 1,000 1

Noduri X [m] Y [m] Z [m]

1 0 0 02 15,000 0 03 7,500 0 6,1004 0,322 0 1,1165 0,809 0 2,1706 1,450 0 3,1387 2,230 0 3,9998 3,131 0 4,7329 4,132 0 5,320

10 5,211 0 5,75011 6,342 0 6,01212 14,678 0 1,11613 14,191 0 2,17014 13,550 0 3,13815 12,770 0 3,99916 11,869 0 4,732



X [m] Y [m] Z [m]17 10,868 0 5,32018 9,789 0 5,75019 8,658 0 6,01220 1,450 2,500 3,13821 2,230 2,500 3,99922 3,131 2,500 4,73223 4,132 2,500 5,32024 5,211 2,500 5,75025 15,000 2,500 026 14,678 2,500 1,11627 14,191 2,500 2,17028 13,550 2,500 3,13829 12,770 2,500 3,99930 11,869 2,500 4,73231 10,868 2,500 5,32032 9,789 2,500 5,75033 8,658 2,500 6,01234 0 2,500 035 0,322 2,500 1,11636 0,809 2,500 2,17037 6,342 2,500 6,01238 7,500 2,500 6,10039 1,450 5,000 3,13840 2,230 5,000 3,99941 3,131 5,000 4,73242 4,132 5,000 5,32043 5,211 5,000 5,75044 15,000 5,000 045 14,678 5,000 1,11646 14,191 5,000 2,17047 13,550 5,000 3,13848 12,770 5,000 3,99949 11,869 5,000 4,73250 10,868 5,000 5,32051 9,789 5,000 5,75052 8,658 5,000 6,01253 0 5,000 054 0,322 5,000 1,11655 0,809 5,000 2,17056 6,342 5,000 6,01257 7,500 5,000 6,10058 1,450 7,500 3,13859 2,230 7,500 3,99960 3,131 7,500 4,73261 4,132 7,500 5,32062 5,211 7,500 5,75063 15,000 7,500 064 14,678 7,500 1,11665 14,191 7,500 2,17066 13,550 7,500 3,13867 12,770 7,500 3,99968 11,869 7,500 4,73269 10,868 7,500 5,32070 9,789 7,500 5,75071 8,658 7,500 6,01272 0 7,500 073 0,322 7,500 1,11674 0,809 7,500 2,17075 6,342 7,500 6,01276 7,500 7,500 6,10077 1,450 10,000 3,13878 2,230 10,000 3,99979 3,131 10,000 4,73280 4,132 10,000 5,32081 5,211 10,000 5,75082 15,000 10,000 083 14,678 10,000 1,11684 14,191 10,000 2,17085 13,550 10,000 3,138



X [m] Y [m] Z [m]86 12,770 10,000 3,99987 11,869 10,000 4,73288 10,868 10,000 5,32089 9,789 10,000 5,75090 8,658 10,000 6,01291 0 10,000 092 0,322 10,000 1,11693 0,809 10,000 2,17094 6,342 10,000 6,01295 7,500 10,000 6,10096 1,450 12,500 3,13897 2,230 12,500 3,99998 3,131 12,500 4,73299 4,132 12,500 5,320

100 5,211 12,500 5,750101 15,000 12,500 0102 14,678 12,500 1,116103 14,191 12,500 2,170104 13,550 12,500 3,138105 12,770 12,500 3,999106 11,869 12,500 4,732107 10,868 12,500 5,320108 9,789 12,500 5,750109 8,658 12,500 6,012110 0 12,500 0111 0,322 12,500 1,116112 0,809 12,500 2,170113 6,342 12,500 6,012114 7,500 12,500 6,100115 1,450 15,000 3,138116 2,230 15,000 3,999117 3,131 15,000 4,732118 4,132 15,000 5,320119 5,211 15,000 5,750120 15,000 15,000 0121 14,678 15,000 1,116122 14,191 15,000 2,170123 13,550 15,000 3,138124 12,770 15,000 3,999125 11,869 15,000 4,732126 10,868 15,000 5,320127 9,789 15,000 5,750128 8,658 15,000 6,012129 0 15,000 0130 0,322 15,000 1,116131 0,809 15,000 2,170132 6,342 15,000 6,012133 7,500 15,000 6,100134 1,450 17,500 3,138135 2,230 17,500 3,999136 3,131 17,500 4,732137 4,132 17,500 5,320138 5,211 17,500 5,750139 15,000 17,500 0140 14,678 17,500 1,116141 14,191 17,500 2,170142 13,550 17,500 3,138143 12,770 17,500 3,999144 11,869 17,500 4,732145 10,868 17,500 5,320146 9,789 17,500 5,750147 8,658 17,500 6,012148 0 17,500 0149 0,322 17,500 1,116150 0,809 17,500 2,170151 6,342 17,500 6,012152 7,500 17,500 6,100153 1,450 20,000 3,138154 2,230 20,000 3,999



X [m] Y [m] Z [m]155 3,131 20,000 4,732156 4,132 20,000 5,320157 5,211 20,000 5,750158 15,000 20,000 0159 14,678 20,000 1,116160 14,191 20,000 2,170161 13,550 20,000 3,138162 12,770 20,000 3,999163 11,869 20,000 4,732164 10,868 20,000 5,320165 9,789 20,000 5,750166 8,658 20,000 6,012167 0 20,000 0168 0,322 20,000 1,116169 0,809 20,000 2,170170 6,342 20,000 6,012171 7,500 20,000 6,100172 1,450 22,500 3,138173 2,230 22,500 3,999174 3,131 22,500 4,732175 4,132 22,500 5,320176 5,211 22,500 5,750177 15,000 22,500 0178 14,678 22,500 1,116179 14,191 22,500 2,170180 13,550 22,500 3,138181 12,770 22,500 3,999182 11,869 22,500 4,732183 10,868 22,500 5,320184 9,789 22,500 5,750185 8,658 22,500 6,012186 0 22,500 0187 0,322 22,500 1,116188 0,809 22,500 2,170189 6,342 22,500 6,012190 7,500 22,500 6,100191 1,450 25,000 3,138192 2,230 25,000 3,999193 3,131 25,000 4,732194 4,132 25,000 5,320195 5,211 25,000 5,750196 15,000 25,000 0197 14,678 25,000 1,116198 14,191 25,000 2,170199 13,550 25,000 3,138200 12,770 25,000 3,999201 11,869 25,000 4,732202 10,868 25,000 5,320203 9,789 25,000 5,750204 8,658 25,000 6,012205 0 25,000 0206 0,322 25,000 1,116207 0,809 25,000 2,170208 6,342 25,000 6,012209 7,500 25,000 6,100210 1,450 27,500 3,138211 2,230 27,500 3,999212 3,131 27,500 4,732213 4,132 27,500 5,320214 5,211 27,500 5,750215 15,000 27,500 0216 14,678 27,500 1,116217 14,191 27,500 2,170218 13,550 27,500 3,138219 12,770 27,500 3,999220 11,869 27,500 4,732221 10,868 27,500 5,320222 9,789 27,500 5,750223 8,658 27,500 6,012



X [m] Y [m] Z [m]224 0 27,500 0225 0,322 27,500 1,116226 0,809 27,500 2,170227 6,342 27,500 6,012228 7,500 27,500 6,100229 1,450 30,000 3,138230 2,230 30,000 3,999231 3,131 30,000 4,732232 4,132 30,000 5,320233 5,211 30,000 5,750234 15,000 30,000 0235 14,678 30,000 1,116236 14,191 30,000 2,170237 13,550 30,000 3,138238 12,770 30,000 3,999239 11,869 30,000 4,732240 10,868 30,000 5,320241 9,789 30,000 5,750242 8,658 30,000 6,012243 0 30,000 0244 0,322 30,000 1,116245 0,809 30,000 2,170246 6,342 30,000 6,012247 7,500 30,000 6,100248 14,839 1,250 0,558249 13,160 1,250 3,569250 13,871 1,250 2,654251 14,434 1,250 1,643252 12,320 1,250 4,365253 11,369 1,250 5,026254 10,329 1,250 5,535255 9,224 1,250 5,881256 0,161 1,250 0,558257 0,566 1,250 1,643258 1,129 1,250 2,654259 1,840 1,250 3,569260 2,680 1,250 4,365261 3,631 1,250 5,026262 4,671 1,250 5,535263 5,776 1,250 5,881264 6,921 1,250 6,056265 8,079 1,250 6,056266 0,161 11,250 0,558267 0,566 11,250 1,643268 1,129 11,250 2,654269 1,840 11,250 3,569270 2,680 11,250 4,365271 3,631 11,250 5,026272 4,671 11,250 5,535273 5,776 11,250 5,881274 6,921 11,250 6,056275 8,079 11,250 6,056276 9,224 11,250 5,881277 10,329 11,250 5,535278 11,369 11,250 5,026279 12,320 11,250 4,365280 13,160 11,250 3,569281 13,871 11,250 2,654282 14,434 11,250 1,643283 14,839 11,250 0,558284 0,161 28,750 0,558285 0,566 28,750 1,643286 1,129 28,750 2,654287 1,840 28,750 3,569288 2,680 28,750 4,365289 3,631 28,750 5,026290 4,671 28,750 5,535291 5,776 28,750 5,881292 6,921 28,750 6,056



X [m] Y [m] Z [m]293 8,079 28,750 6,056294 9,224 28,750 5,881295 10,329 28,750 5,535296 11,358 28,724 5,032297 12,320 28,750 4,365298 13,871 28,750 2,654299 14,839 28,750 0,558300 0,161 18,750 0,558301 0,566 18,750 1,643302 1,129 18,750 2,654303 1,840 18,750 3,569304 2,680 18,750 4,365305 3,631 18,750 5,026306 4,671 18,750 5,535307 5,776 18,750 5,881308 6,921 18,750 6,056309 8,079 18,750 6,056310 9,224 18,750 5,881311 11,369 18,750 5,026312 12,320 18,750 4,365313 13,160 18,750 3,569314 13,871 18,750 2,654315 14,434 18,750 1,643316 14,839 18,750 0,558317 10,340 28,724 5,531318 11,369 28,750 5,026319 13,160 28,750 3,569320 14,434 28,750 1,643321 10,329 18,750 5,535322 9,810 0,048 5,742323 1,478 12,410 3,169324 0,796 12,430 2,170722 1,554 11,540 3,254

1086 11,116 28,744 5,1741137 10,601 28,744 5,426

Zabrele Nod i Nod j Lungime [m] x local Material Profil1 220 241 3,408 j - i 1 4

Bare Nod i Nod j Lungime

[m] x local Material Sectiunea

initiala Sectiunea finala Refz

1 1 2 20,923 i - j 1 2 2 Auto2 20 38 6,974 i - j 1 2 2 Auto3 25 38 10,462 i - j 1 2 2 Auto4 34 36 2,325 i - j 1 2 2 Auto5 20 36 1,162 i - j 1 2 2 Auto6 39 57 6,974 i - j 1 2 2 Auto7 44 57 10,462 i - j 1 2 2 Auto8 53 55 2,325 i - j 1 2 2 Auto9 39 55 1,162 i - j 1 2 2 Auto

10 58 76 6,974 i - j 1 2 2 Auto11 63 76 10,462 i - j 1 2 2 Auto12 72 74 2,325 i - j 1 2 2 Auto13 58 74 1,162 i - j 1 2 2 Auto14 77 95 6,974 i - j 1 2 2 Auto15 82 95 10,462 i - j 1 2 2 Auto16 91 93 2,325 i - j 1 2 2 Auto17 77 93 1,162 i - j 1 2 2 Auto18 96 114 6,974 i - j 1 2 2 Auto19 101 114 10,462 i - j 1 2 2 Auto



Nod i Nod j Lungime [m]

x local Material Sectiuneainitiala

Sectiunea finala Refz

20 110 112 2,325 i - j 1 2 2 Auto21 96 112 1,162 i - j 1 2 2 Auto22 115 133 6,974 i - j 1 2 2 Auto23 120 133 10,462 i - j 1 2 2 Auto24 129 131 2,325 i - j 1 2 2 Auto25 115 131 1,162 i - j 1 2 2 Auto26 134 152 6,974 i - j 1 2 2 Auto27 139 152 10,462 i - j 1 2 2 Auto28 148 150 2,325 i - j 1 2 2 Auto29 134 150 1,162 i - j 1 2 2 Auto30 153 171 6,974 i - j 1 2 2 Auto31 158 171 10,462 i - j 1 2 2 Auto32 167 169 2,325 i - j 1 2 2 Auto33 153 169 1,162 i - j 1 2 2 Auto34 172 190 6,974 i - j 1 2 2 Auto35 177 190 10,462 i - j 1 2 2 Auto36 186 188 2,325 i - j 1 2 2 Auto37 172 188 1,162 i - j 1 2 2 Auto38 191 209 6,974 i - j 1 2 2 Auto39 196 209 10,462 i - j 1 2 2 Auto40 205 207 2,325 i - j 1 2 2 Auto41 191 207 1,162 i - j 1 2 2 Auto42 210 228 6,974 i - j 1 2 2 Auto43 215 228 10,462 i - j 1 2 2 Auto44 224 226 2,325 i - j 1 2 2 Auto45 210 226 1,162 i - j 1 2 2 Auto46 229 247 6,974 i - j 1 2 2 Auto47 234 247 10,462 i - j 1 2 2 Auto48 243 245 2,325 i - j 1 2 2 Auto49 229 245 1,162 i - j 1 2 2 Auto

Reazeme nodale Nod Tip Element de referinta Rx

[daN/mm]Ry

[daN/mm]Rz

[daN/mm]Rxx

[daNm/rad] Ryy

[daNm/rad] Rzz

[daNm/rad] — — Glob. — — — — — — —1 1 Glob. 1E+9 1E+9 1E+9 0 0 02 2 Glob. 1E+9 1E+9 1E+9 0 0 03 34 Glob. 1E+9 1E+9 1E+9 0 0 04 25 Glob. 1E+9 1E+9 1E+9 0 0 05 53 Glob. 1E+9 1E+9 1E+9 0 0 06 44 Glob. 1E+9 1E+9 1E+9 0 0 07 72 Glob. 1E+9 1E+9 1E+9 0 0 08 63 Glob. 1E+9 1E+9 1E+9 0 0 09 91 Glob. 1E+9 1E+9 1E+9 0 0 0

10 82 Glob. 1E+9 1E+9 1E+9 0 0 011 110 Glob. 1E+9 1E+9 1E+9 0 0 012 101 Glob. 1E+9 1E+9 1E+9 0 0 013 129 Glob. 1E+9 1E+9 1E+9 0 0 014 120 Glob. 1E+9 1E+9 1E+9 0 0 015 148 Glob. 1E+9 1E+9 1E+9 0 0 016 139 Glob. 1E+9 1E+9 1E+9 0 0 017 167 Glob. 1E+9 1E+9 1E+9 0 0 018 158 Glob. 1E+9 1E+9 1E+9 0 0 019 186 Glob. 1E+9 1E+9 1E+9 0 0 020 177 Glob. 1E+9 1E+9 1E+9 0 0 021 205 Glob. 1E+9 1E+9 1E+9 0 0 022 196 Glob. 1E+9 1E+9 1E+9 0 0 023 224 Glob. 1E+9 1E+9 1E+9 0 0 024 243 Glob. 1E+9 1E+9 1E+9 0 0 025 234 Glob. 1E+9 1E+9 1E+9 0 0 026 215 Glob. 1E+9 1E+9 1E+9 0 0 0



Gr proprie: Greutate proprie bara [kg]

1–234 1210,169 Total 1210,169

Gr proprie: Greutate proprie zabrea [kg]

1 4,117 Total 4,117

Gr proprie: Greutate proprie nervura [kg]

1–1370 2013,381 Total 2013,381

Detalii logice

Grinzi

Breviar Grinzi



Breviar Grinzi, Gr proprie

Gr proprie: Greutate proprie bara [Detalii] [kg]

1–18 93,090 Total 93,090

Gr proprie: Greutate proprie nervura [Detalii] [kg]

1–27 182,250 44–46 4,996 57–59 4,996 65–92 189,000

97 1,665 109–112 27,000

121 1,665 130–220 182,250 245–492 309,965 517–556 54,000 575–614 54,000 639–678 54,000 703–742 54,000 767–806 54,000 831–870 54,000 919–958 54,000

983–1022 54,000 1047–1086 54,000 1111–1150 54,000 1175–1214 54,000 1235–1274 54,000 1311–1318 13,500 1334–1349 27,000

Total 1592,286

Deplasari

Deplasari nodale

De dimensionare Min,Max.



Deplasari nodale [Linear,(SLS Cvasipermanent) De dimensionare, Detalii] C min.

max. eX

[mm] eY

[mm] eZ

[mm] eR

[mm]fX

[rad] fY

[rad] fZ

[rad] — — — — — — — — — —

134 eX min -58,786 0,015 21,970 62,757 -0,00007 0,00407 -0,00004153 min -58,832 0,019 21,980 62,804 0,00007 0,00407 0,00006660 min -58,762 0,015 21,941 62,724 0,00011 0,00406 0,00011661 min -58,800 0,019 21,960 62,767 -0,00009 0,00406 -0,00015

2667 min -58,770 0,017 21,920 62,725 0 0,00412 0,000023248 min -58,728 0,015 21,910 62,682 0,00012 0,00404 0,000153249 min -58,783 0,015 21,966 62,754 0,00006 0,00407 0,000053250 min -58,829 0,019 21,980 62,801 -0,00004 0,00407 -0,000073251 min -58,754 0,019 21,933 62,715 -0,00011 0,00406 -0,00020

161 max 56,249 0,021 20,837 59,984 0,00007 -0,00465 -0,00006926 max 56,215 0,021 20,817 59,946 -0,00010 -0,00460 0,00016

3730 max 56,246 0,021 20,837 59,982 -0,00004 -0,00463 0,000074 eY min -33,120 -0,006 9,549 34,469 -0,00014 -0,02581 -0,00023

509 max -1,323 0,132 -86,399 86,409 0,00028 0,00019 -0,00002518 eZ min -1,423 0,120 -88,342 88,354 0,00030 -0,00037 -0,00001134 max -58,786 0,015 21,970 62,757 -0,00007 0,00407 -0,00004153 max -58,832 0,019 21,980 62,804 0,00007 0,00407 0,00006661 max -58,800 0,019 21,960 62,767 -0,00009 0,00406 -0,00015

3249 max -58,783 0,015 21,966 62,754 0,00006 0,00407 0,000053250 max -58,829 0,019 21,980 62,801 -0,00004 0,00407 -0,00007

1 eR min 0 0 0 0 -0,00015 -0,03160 -0,00016518 max -1,423 0,120 -88,342 88,354 0,00030 -0,00037 -0,00001265 fX min -1,267 0,128 -85,537 85,546 -0,00104 -0,00590 0,00008292 max -1,616 0,105 -86,573 86,588 0,00096 0,00676 0,00009167 fY min 0 0 0 0 0,00003 -0,03263 0,00002158 max 0 0 0 0 0,00003 0,03167 -0,00002239 fZ min 29,721 0,054 -8,170 30,824 0,00087 -0,02544 -0,00061230 max -48,967 0,031 13,332 50,749 0,00054 0,01725 0,00047405 fR min -1,293 0,129 -85,838 85,848 -0,00003 0,00026 0167 max 0 0 0 0 0,00003 -0,03263 0,00002

C min.

max. fR

[rad] Combinatie de dimensionare

— — — — — 134 eX min 0,00407 [Gr proprie] 153 min 0,00407 [Gr proprie] 660 min 0,00406 [Gr proprie] 661 min 0,00407 [Gr proprie]

2667 min 0,00412 [Gr proprie] 3248 min 0,00405 [Gr proprie] 3249 min 0,00407 [Gr proprie] 3250 min 0,00407 [Gr proprie] 3251 min 0,00407 [Gr proprie]

161 max 0,00465 [Gr proprie] 926 max 0,00461 [Gr proprie]

3730 max 0,00463 [Gr proprie] 4 eY min 0,02581 [Gr proprie]

509 max 0,00034 [Gr proprie] 518 eZ min 0,00047 [Gr proprie] 134 max 0,00407 [Gr proprie] 153 max 0,00407 [Gr proprie] 661 max 0,00407 [Gr proprie]

3249 max 0,00407 [Gr proprie] 3250 max 0,00407 [Gr proprie]

1 eR min 0,03160 [Gr proprie] 518 max 0,00047 [Gr proprie] 265 fX min 0,00599 [Gr proprie] 292 max 0,00682 [Gr proprie] 167 fY min 0,03263 [Gr proprie] 158 max 0,03167 [Gr proprie] 239 fZ min 0,02547 [Gr proprie] 230 max 0,01726 [Gr proprie] 405 fR min 0,00026 [Gr proprie] 167 max 0,03263 [Gr proprie]



Deplasari de bare


Deplasari de bare [Linear,(SLS Cvasipermanent) De dimensionare, Detalii] Sec C min.

max. Distanta

[m] Nod ex

[mm] ey

[mm]ez

[mm] eR

[mm]— — — — — — — — — —1 2 ex min (9) -30,989 0,069 -19,503 36,6151 2 max (17) 29,238 0,091 -22,140 36,6751 2 ey min -5,229 -0,017 51,435 51,7001 2 max (3) 5,221 0,129 -85,547 85,7061 2 ez min (3) 5,221 0,129 -85,547 85,7061 2 max -13,704 -0,008 60,082 61,6261 2 eR min (1) 0 0 0 01 2 max (3) 5,221 0,129 -85,547 85,7061 2 fx min (18) 17,057 0,116 -57,551 60,0261 2 max (2) 0 0 0 01 2 fy min (1) 0 0 0 01 2 max (2) 0 0 0 01 2 fz min (17) 29,238 0,091 -22,140 36,6751 2 max (9) -30,989 0,069 -19,503 36,6151 2 fR min -13,704 -0,008 60,082 61,6261 2 max (1) 0 0 0 0

Sec C min.

max. Distanta

[m] Nod fx

[rad] fy

[rad] fz

[rad] fR

[rad] Combinatie de dimensionare

— — — — — — — — — — — 1 2 ex min (9) -0,00080 0,02629 0,00011 0,02631 [Gr proprie] 1 2 max (17) -0,00082 -0,02608 -0,00011 0,02609 [Gr proprie] 1 2 ey min -0,00035 -0,01655 0 0,01656 [Gr proprie] 1 2 max (3) -0,00095 0,00025 -0,00007 0,00099 [Gr proprie] 1 2 ez min (3) -0,00095 0,00025 -0,00007 0,00099 [Gr proprie] 1 2 max -0,00049 0,00077 0,00003 0,00091 [Gr proprie] 1 2 eR min (1) -0,00019 -0,03160 0,00010 0,03160 [Gr proprie] 1 2 max (3) -0,00095 0,00025 -0,00007 0,00099 [Gr proprie] 1 2 fx min (18) -0,00102 -0,02123 0,00006 0,02126 [Gr proprie] 1 2 max (2) -0,00019 0,03065 -0,00010 0,03065 [Gr proprie] 1 2 fy min (1) -0,00019 -0,03160 0,00010 0,03160 [Gr proprie] 1 2 max (2) -0,00019 0,03065 -0,00010 0,03065 [Gr proprie] 1 2 fz min (17) -0,00082 -0,02608 -0,00011 0,02609 [Gr proprie] 1 2 max (9) -0,00080 0,02629 0,00011 0,02631 [Gr proprie] 1 2 fR min -0,00049 0,00077 0,00003 0,00091 [Gr proprie] 1 2 max (1) -0,00019 -0,03160 0,00010 0,03160 [Gr proprie]



Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Min., eX [mm], Diagrama

Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Max., eX [mm], Diagrama



Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Min., eY [mm], Diagrama

Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Max., eY [mm], Diagrama



Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Min., eZ [mm], Diagrama

Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Max., eZ [mm], Diagrama



Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Min., fX [rad], Diagrama

Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Max., fX [rad], Diagrama



Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Min., fY [rad], Diagrama

Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Max., fY [rad], Diagrama



Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Min., fZ [rad], Diagrama

Breviar [I], > DN14, Linear,(SLS Cvasipermanent) De dimensionare Max., fZ [rad], Diagrama

Solicitari

Solicitari in bare


Solicitari in bare [Linear,(Toate SLU) De dimensionare, Detalii] Sec C min.

max. Distanta

[m] Nod Nx

[daN] Vy

[daN]Vz

[daN]— — — — — — — — —1 2 Nx min 0 (1) -162,0 -1,4 28,91 2 max 10,462 (3) -35,3 -0,1 01 2 Vy min 0 (1) -162,0 -1,4 28,91 2 max 19,761 (12) -154,6 1,4 -30,51 2 Vz min 19,761 (12) -154,6 1,4 -30,51 2 max 1,162 (4) -155,4 -1,4 30,81 2 Tx min 2,325 (5) -126,7 -0,8 -3,91 2 max 15,111 (16) -85,6 0,6 12,9



Sec C min. max.

Distanta [m]

Nod Nx [daN]

Vy [daN]

Vz [daN]

1 2 My min 10,462 (3) -47,9 0,1 -0,21 2 max 2,325 (5) -139,2 -0,9 13,01 2 Mz min 0 (1) -162,0 -1,4 28,91 2 max 1,162 (4) -155,4 -1,4 30,8

Sec C min.

max. Distanta

[m] Nod Tx

[daNm] My

[daNm]Mz

[daNm]Combinatie de dimensionare

— — — — — — — — — — 1 2 Nx min 0 (1) 0 -0,1 -0,9 [1,35*Gr proprie] 1 2 max 10,462 (3) 0 -27,1 0,2 [Gr proprie] 1 2 Vy min 0 (1) 0 -0,1 -0,9 [1,35*Gr proprie] 1 2 max 19,761 (12) 0 34,2 0,8 [1,35*Gr proprie] 1 2 Vz min 19,761 (12) 0 34,2 0,8 [1,35*Gr proprie] 1 2 max 1,162 (4) 0 34,6 0,8 [1,35*Gr proprie] 1 2 Tx min 2,325 (5) 0 48,0 -0,4 [1,35*Gr proprie] 1 2 max 15,111 (16) 0 13,8 0,5 [1,35*Gr proprie] 1 2 My min 10,462 (3) 0 -36,6 0,2 [1,35*Gr proprie] 1 2 max 2,325 (5) 0 48,0 0,6 [1,35*Gr proprie] 1 2 Mz min 0 (1) 0 -0,1 -0,9 [1,35*Gr proprie] 1 2 max 1,162 (4) 0 34,6 0,8 [1,35*Gr proprie]

Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Min., Nx [daN], Diagrama



Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Max., Nx [daN], Diagrama

Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Min., Vy [daN], Diagrama



Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Max., Vy [daN], Diagrama

Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Min., Vz [daN], Diagrama



Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Max., Vz [daN], Diagrama

Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Min., Tx [daNm], Diagrama



Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Max., Tx [daNm], Diagrama

Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Min., My [daNm], Diagrama



Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Max., My [daNm], Diagrama

Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Min., Mz [daNm], Diagrama



Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare Max., Mz [daNm], Diagrama

Reactiunile reazemelor nodale


Reactiunile reazemelor nodale [Linear,(Toate SLU) De dimensionare, Detalii] Nod Tip C min.

max. Rx

[daN] Ry

[daN] Rz

[daN]Rr

[daN]Combinatie de dimensionare

— — — — — — — — — — 17 167 Glob. Rx min -83,8 12,2 -191,7 209,6 [1,35*Gr proprie] 18 158 Glob. max 83,2 11,7 -190,7 208,4 [1,35*Gr proprie]

2 2 Glob. Ry min 74,1 -18,2 -158,3 175,7 [1,35*Gr proprie] 25 234 Glob. max 76,4 19,8 -163,3 181,4 [1,35*Gr proprie] 17 167 Glob. Rz min -83,8 12,2 -191,7 209,6 [1,35*Gr proprie] 24 243 Glob. max -52,7 11,6 -108,7 121,4 [Gr proprie]

Tensiuni

Tensiuni pe bare


Tensiuni pe bare [Linear,(Toate SLU) De dimensionare, Detalii] Sec C min.

max. Distanta

[m] Nod Smin

[daN/cm2]Smax

[daN/cm2]Vmin

[daN/cm2]Vmax

[daN/cm2]Somin

[daN/cm2] — — — — — — — — — — — 1 2 Smin min 2,325 (5) -1462,9 553,9 0,6 7,1 27,4 1 2 max 6,626 -16,1 1,0 0,3 5,9 1,1 1 2 Smax min 14,298 -21,5 0,5 0 5,6 0,5 1 2 max 10,462 (3) -440,0 1085,5 0 0,1 8,5 1 2 Vmin min 10,462 (3) -440,0 1085,5 0 0,1 8,5 1 2 max 15,111 (16) -430,0 163,4 1,1 7,5 15,0 1 2 Vmax min 10,462 (3) -326,0 804,1 0 0,1 6,3 1 2 max 1,162 (4) -1064,1 402,9 0,4 15,5 38,4 1 2 Somin min 14,298 -21,5 0,5 0 5,6 0,5 1 2 max 1,162 (4) -1064,1 402,9 0,4 15,5 38,4 1 2 Somax min 6,626 -16,1 1,0 0,3 5,9 1,1 1 2 max 2,325 (5) -1462,9 553,9 0,6 7,1 27,4 1 2 Vymed min 0 (1) -65,4 6,4 0,4 14,6 6,4 1 2 max 19,761 (12) -1053,3 398,9 0,3 15,3 38,1 1 2 Vzmed min 19,761 (12) -780,2 295,5 0,2 11,3 28,2 1 2 max 1,162 (4) -788,2 298,4 0,3 11,5 28,5



Sec C min.

max. Distanta

[m] Nod Somax

[daN/cm2]Vymed

[daN/cm2]Vzmed

[daN/cm2]Combinatie de dimensionare

— — — — — — — — — — 1 2 Smin min 2,325 (5) 1462,9 -0,2 2,3 [1,35*Gr proprie] 1 2 max 6,626 16,1 -0,1 -2,0 [Gr proprie] 1 2 Smax min 14,298 21,5 0 2,0 [Gr proprie] 1 2 max 10,462 (3) 1085,5 0 0 [1,35*Gr proprie] 1 2 Vmin min 10,462 (3) 1085,5 0 0 [1,35*Gr proprie] 1 2 max 15,111 (16) 430,0 0,1 2,3 [1,35*Gr proprie] 1 2 Vmax min 10,462 (3) 804,1 0 0 [Gr proprie] 1 2 max 1,162 (4) 1064,1 -0,2 5,4 [1,35*Gr proprie] 1 2 Somin min 14,298 21,5 0 2,0 [Gr proprie] 1 2 max 1,162 (4) 1064,1 -0,2 5,4 [1,35*Gr proprie] 1 2 Somax min 6,626 16,1 -0,1 -2,0 [Gr proprie] 1 2 max 2,325 (5) 1462,9 -0,2 2,3 [1,35*Gr proprie] 1 2 Vymed min 0 (1) 65,4 -0,2 5,1 [1,35*Gr proprie] 1 2 max 19,761 (12) 1053,3 0,2 -5,4 [1,35*Gr proprie] 1 2 Vzmed min 19,761 (12) 780,2 0,2 -4,0 [Gr proprie] 1 2 max 1,162 (4) 788,2 -0,2 4,0 [Gr proprie]

Dimensionare - Metal

Eficienta elementelor structurale (Eurocode-RO)


Eficienta elementelor structurale (Eurocode-RO) [Linear,(Toate SLU) De dimensionare, Detalii]

Structura element

Tip Material Profil Max. Loc. [m]

Analiza Max. Nx [daN]

Vy [daN]

Vz [daN]

1 399 (293–520) (Nervura) S 235 H DN14 0 N-M-V 0,049 0,1 0,1 0,22 400 (223–520) (Nervura) S 235 H DN14 0 N-M-V 0,024 1,5 0 2,83 401 (293–519) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,050 -6,6 0,1 -0,24 402 (228–519) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,025 -3,3 0 -0,85 403 (309–518) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,043 -4,9 0 -1,96 404 (171–518) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,028 -4,0 0 1,47 405 (309–517) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,043 -4,5 0 0,28 406 (152–517) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,026 -3,4 0 2,59 407 (309–516) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,035 -5,0 0,1 2,0

10 408 (147–516) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,025 -3,7 -0,2 -3,311 409 (309–515) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,033 -4,6 0 -0,112 410 (166–515) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,024 -3,4 0,1 1,713 411 (275–514) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,045 -5,9 0 -2,014 412 (114–514) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,029 -4,9 0 1,315 413 (275–513) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,042 -4,3 0 0,116 414 (95–513) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,025 -3,3 0 2,517 415 (275–512) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,035 -6,0 0,1 2,018 416 (90–512) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,026 -4,7 -0,1 -3,119 417 (275–511) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,033 -4,4 -0,1 -0,220 418 (109–511) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,023 -3,1 0,2 1,221 419 (265–510) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,045 -3,4 -0,1 -0,222 420 (33–510) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,022 -0,7 0,2 -0,723 421 (265–509) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,057 -5,1 -0,1 0,224 422 (38–509) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,028 -3,4 0 2,625 423 (274–476) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,035 -5,6 0 2,026 424 (95–476) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,024 -3,5 -0,2 -3,027 425 (274–475) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,044 -5,5 0 0,228 426 (114–475) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,027 -4,5 0 2,529 427 (274–474) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,045 -5,7 0,1 -2,030 428 (113–474) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,029 -5,2 0 1,431 429 (274–473) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,035 -5,6 -0,1 032 430 (94–473) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,025 -4,4 0,1 1,533 431 (292–472) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,050 -7,2 -0,1 -0,234 432 (227–472) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,028 -4,4 0,2 -0,835 433 (292–471) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,053 -2,4 -0,1 0,2



Structura element

Tip Material Profil Max. Loc. [m]

Analiza Max. Nx [daN]

Vy [daN]

Vz [daN]

36 434 (228–471) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,024 -0,6 0 2,637 435 (308–470) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,045 -6,7 0,1 -2,038 436 (170–470) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,031 -6,2 0 1,539 437 (308–469) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,043 -4,9 -0,1 0,240 438 (151–469) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,027 -4,3 0 2,741 439 (308–468) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,037 -6,6 0 2,042 440 (152–468) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,025 -4,4 -0,1 -3,343 441 (308–467) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,033 -4,8 0 -0,144 442 (171–467) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,023 -2,6 0,1 1,745 443 (264–466) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,047 -4,7 0,1 -0,246 444 (38–466) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,022 -1,2 0,1 -0,947 445 (264–465) (Nervura) S 235 H DN14 0,689 N-M-Flambaj 0,046 -4,2 0,1 -0,248 446 (37–465) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,024 -1,4 -0,2 -0,749 479 (11–264) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,047 -4,6 0,3 -0,450 500 (242–293) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,058 -6,6 0,3 -0,451 510 (247–293) (Nervura) S 235 H DN14 0 N-M-V 0,020 3,7 0,4 -1,552 511 (246–292) (Nervura) S 235 H DN14 1,378 N-M-Flambaj 0,026 -2,3 -0,3 0,453 512 (247–292) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,058 -6,7 0,4 -0,554 523 (19–265) (Nervura) S 235 H DN14 1,378 N-M-Flambaj 0,040 -5,0 -0,3 0,455 524 (3–265) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,037 -2,8 0,4 -0,556 525 (3–264) (Nervura) S 235 H DN14 0 N-M-Flambaj 0,041 -3,6 -0,4 -0,557 734 (3–19) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,317 -47,9 0,1 -0,258 735 (3–11) (Bara) S 235 H TPH 50 1,162 N-M-Tors. laterala 0,316 -47,6 -0,1 059 736 (10–11) (Bara) S 235 H TPH 50 1,162 N-M-Tors. laterala 0,279 -51,4 -0,2 -6,260 737 (5–6) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,427 -126,7 -0,8 -3,961 738 (4–5) (Bara) S 235 H TPH 50 1,162 N-M-Tors. laterala 0,423 -139,2 -0,9 13,062 739 (1–4) (Bara) S 235 H TPH 50 1,162 N-M-Tors. laterala 0,300 -155,4 -1,4 30,863 740 (18–19) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,280 -51,7 0,1 6,164 741 (17–18) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,185 -59,9 0,3 10,965 742 (16–17) (Bara) S 235 H TPH 50 1,162 N-M-Tors. laterala 0,115 -74,9 0,4 19,466 743 (15–16) (Bara) S 235 H TPH 50 1,162 N-M-Tors. laterala 0,271 -89,9 0,6 18,367 744 (14–15) (Bara) S 235 H TPH 50 1,162 N-M-Tors. laterala 0,388 -107,6 0,7 13,368 745 (13–14) (Bara) S 235 H TPH 50 1,162 N-M-Tors. laterala 0,422 -126,1 0,8 4,069 746 (12–13) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,418 -138,5 0,9 -12,870 747 (2–12) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,296 -154,6 1,4 -30,571 748 (9–10) (Bara) S 235 H TPH 50 1,162 N-M-Tors. laterala 0,180 -59,5 -0,4 -11,172 749 (8–9) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,122 -74,8 -0,5 -19,573 750 (7–8) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,278 -90,6 -0,6 -18,474 751 (6–7) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,394 -108,2 -0,7 -13,3— — — — — — — — — — — —

737 (5–6) (Bara) S 235 H TPH 50 0 N-M-Tors. laterala 0,427 -126,7 -0,8 -3,9

Structura

element Tx

[daNm]My

[daNm] Mz

[daNm]Ky Kz Kw Za C1 C2 C3 Curba

clasa N N Curba

clasa LTLT

1 399 (293–520) 0,4 -0,4 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,0002 400 (223–520) 0,2 -0,2 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,0003 401 (293–519) -0,4 -0,4 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,0004 402 (228–519) 0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,0005 403 (309–518) 0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,0006 404 (171–518) 0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,0007 405 (309–517) -0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,0008 406 (152–517) -0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,0009 407 (309–516) 0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,000

10 408 (147–516) -0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00011 409 (309–515) -0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00012 410 (166–515) 0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00013 411 (275–514) 0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00014 412 (114–514) 0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00015 413 (275–513) -0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00016 414 (95–513) -0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00017 415 (275–512) 0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00018 416 (90–512) -0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00019 417 (275–511) -0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00020 418 (109–511) 0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00021 419 (265–510) -0,4 -0,4 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00022 420 (33–510) 0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00023 421 (265–509) 0,4 -0,4 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,000



Structura element

Tx [daNm]

My [daNm]

Mz [daNm]

Ky Kz Kw Za C1 C2 C3 Curba clasa N

N Curba clasa LT

LT

24 422 (38–509) 0,2 -0,2 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00025 423 (274–476) 0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00026 424 (95–476) -0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00027 425 (274–475) -0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00028 426 (114–475) -0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00029 427 (274–474) 0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00030 428 (113–474) 0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00031 429 (274–473) -0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00032 430 (94–473) 0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00033 431 (292–472) -0,4 -0,4 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00034 432 (227–472) 0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00035 433 (292–471) 0,4 -0,4 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00036 434 (228–471) 0,2 -0,2 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00037 435 (308–470) 0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00038 436 (170–470) 0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00039 437 (308–469) -0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00040 438 (151–469) -0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00041 439 (308–468) 0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00042 440 (152–468) -0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00043 441 (308–467) -0,3 -0,3 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00044 442 (171–467) 0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00045 443 (264–466) -0,4 -0,4 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00046 444 (38–466) 0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00047 445 (264–465) 0,4 -0,4 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00048 446 (37–465) -0,1 0,1 0 1,000 1,000 1,000 0,500 — — — c 0,181 d 1,00049 479 (11–264) -0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,051 d 1,00050 500 (242–293) -0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,051 d 1,00051 510 (247–293) 0,1 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,051 d 1,00052 511 (246–292) 0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,051 d 1,00053 512 (247–292) -0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,051 d 1,00054 523 (19–265) 0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,051 d 1,00055 524 (3–265) -0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,051 d 1,00056 525 (3–264) 0,2 -0,1 0 1,000 1,000 1,000 0,500 — — — c 0,051 d 1,00057 734 (3–19) 0 -36,6 0,2 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,81058 735 (3–11) 0 -36,6 0,2 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,81159 736 (10–11) 0 -32,6 0,3 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,82960 737 (5–6) 0 48,0 -0,4 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,81161 738 (4–5) 0 48,0 0,6 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,83062 739 (1–4) 0 34,6 0,8 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,88363 740 (18–19) 0 -32,8 0,3 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,82964 741 (17–18) 0 -21,8 0,4 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,86565 742 (16–17) 0 13,7 0 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,90966 743 (15–16) 0 31,9 -0,2 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,85567 744 (14–15) 0 44,9 -0,3 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,83168 745 (13–14) 0 47,4 -0,4 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,81169 746 (12–13) 0 47,5 0,6 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,82970 747 (2–12) 0 34,2 0,8 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,88971 748 (9–10) 0 -21,5 0,4 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,87672 749 (8–9) 0 14,4 -0,1 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,90873 750 (7–8) 0 32,7 -0,2 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,85374 751 (6–7) 0 45,6 -0,3 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,830— — — — — — — — — — — — — — — —

737 (5–6) 0 48,0 -0,4 1,000 1,000 1,000 0,278 — — — c 0,433 d 0,811

Structura

element a

[m] Combinatie de dimensionare

1 399 (293–520) [1,35*Gr proprie] 2 400 (223–520) [1,35*Gr proprie] 3 401 (293–519) [1,35*Gr proprie] 4 402 (228–519) [1,35*Gr proprie] 5 403 (309–518) [1,35*Gr proprie] 6 404 (171–518) [1,35*Gr proprie] 7 405 (309–517) [1,35*Gr proprie] 8 406 (152–517) [1,35*Gr proprie] 9 407 (309–516) [1,35*Gr proprie]

10 408 (147–516) [1,35*Gr proprie] 11 409 (309–515) [1,35*Gr proprie]



Structura element

a [m]

Combinatie de dimensionare

12 410 (166–515) [1,35*Gr proprie] 13 411 (275–514) [1,35*Gr proprie] 14 412 (114–514) [1,35*Gr proprie] 15 413 (275–513) [1,35*Gr proprie] 16 414 (95–513) [1,35*Gr proprie] 17 415 (275–512) [1,35*Gr proprie] 18 416 (90–512) [1,35*Gr proprie] 19 417 (275–511) [1,35*Gr proprie] 20 418 (109–511) [1,35*Gr proprie] 21 419 (265–510) [1,35*Gr proprie] 22 420 (33–510) [1,35*Gr proprie] 23 421 (265–509) [1,35*Gr proprie] 24 422 (38–509) [1,35*Gr proprie] 25 423 (274–476) [1,35*Gr proprie] 26 424 (95–476) [1,35*Gr proprie] 27 425 (274–475) [1,35*Gr proprie] 28 426 (114–475) [1,35*Gr proprie] 29 427 (274–474) [1,35*Gr proprie] 30 428 (113–474) [1,35*Gr proprie] 31 429 (274–473) [1,35*Gr proprie] 32 430 (94–473) [1,35*Gr proprie] 33 431 (292–472) [1,35*Gr proprie] 34 432 (227–472) [1,35*Gr proprie] 35 433 (292–471) [1,35*Gr proprie] 36 434 (228–471) [1,35*Gr proprie] 37 435 (308–470) [1,35*Gr proprie] 38 436 (170–470) [1,35*Gr proprie] 39 437 (308–469) [1,35*Gr proprie] 40 438 (151–469) [1,35*Gr proprie] 41 439 (308–468) [1,35*Gr proprie] 42 440 (152–468) [1,35*Gr proprie] 43 441 (308–467) [1,35*Gr proprie] 44 442 (171–467) [1,35*Gr proprie] 45 443 (264–466) [1,35*Gr proprie] 46 444 (38–466) [1,35*Gr proprie] 47 445 (264–465) [1,35*Gr proprie] 48 446 (37–465) [1,35*Gr proprie] 49 479 (11–264) [1,35*Gr proprie] 50 500 (242–293) [1,35*Gr proprie] 51 510 (247–293) [1,35*Gr proprie] 52 511 (246–292) [1,35*Gr proprie] 53 512 (247–292) [1,35*Gr proprie] 54 523 (19–265) [1,35*Gr proprie] 55 524 (3–265) [1,35*Gr proprie] 56 525 (3–264) [1,35*Gr proprie] 57 734 (3–19) [1,35*Gr proprie] 58 735 (3–11) [1,35*Gr proprie] 59 736 (10–11) [1,35*Gr proprie] 60 737 (5–6) [1,35*Gr proprie] 61 738 (4–5) [1,35*Gr proprie] 62 739 (1–4) [1,35*Gr proprie] 63 740 (18–19) [1,35*Gr proprie] 64 741 (17–18) [1,35*Gr proprie] 65 742 (16–17) [1,35*Gr proprie] 66 743 (15–16) [1,35*Gr proprie] 67 744 (14–15) [1,35*Gr proprie] 68 745 (13–14) [1,35*Gr proprie] 69 746 (12–13) [1,35*Gr proprie] 70 747 (2–12) [1,35*Gr proprie] 71 748 (9–10) [1,35*Gr proprie] 72 749 (8–9) [1,35*Gr proprie] 73 750 (7–8) [1,35*Gr proprie] 74 751 (6–7) [1,35*Gr proprie] — — — —

737 (5–6) [1,35*Gr proprie]



Breviar [I], > DN14, Linear,(Toate SLU) De dimensionare, Eficienta [], Diagrama

[StI], Linear,(Auto) De dimensionare, Eficienta [], Diagrama

Breviar Structura Cort

Documents

Transcript of Breviar Structura Cort