Base plate heavy steel structure
0 likes542 views
The document provides design details for a column base plate, including: 1) Calculations for required plate thickness based on bearing pressure and moments; 2) Tension design calculations for bolts and plate thickness; 3) Shear and bending calculations for a shear key; and 4) Weld design checks. The summary includes key parameters such as bearing pressure, grade of concrete, permissible stresses, bolt sizes, and plate dimensions.
More Related Content
Similar to Base plate heavy steel structure (20)
Recently uploaded (20)
Base plate heavy steel structure
- 1. Max. Compression = T Try Size Base Plate mm x mm Bearing pressure(Bp)= Kg/cm2 Grade of conc. For fdn. = M25 Permissible stress in compression = kg/sq.cm > kg/sq.cm O.K t3 mm c1 d1 F HD BOLTS nos a1 1 2 t2 mm Here c1 = mm d1 = mm a1 = mm a1/d1 = a3 = Check for Thickness For panel - 1 M1 = (Bp*c1^2)/2 = kg-cm/unit width Required thickness(t) = (6M1/1584)^0.5 = cm For panel - 2 M2 = a 3*Bp*d1 2 = kg-cm/unit width Required thickness(t) = (6M2/1584)^0.5 = cm Design for tension :- Calculated tension = T Provided nos F MS BOLTS Node no-10 Load case 1028 Bolt Value in tension per Bolt = T Total allowable Tension = T > T Calculated tension Now calculated Bolt tension per Bolt = T Moments For tension (M t) = T-cm Effective width (b) = cm Hence thickness (t) = (6Mt*1000/1584b)^0.5 = cm Now provided Base plate thickness = mm 400 52.08333 60 52.083 28 48 COLUMN BASE PLATE DESIGN 125.00 Node no- 259 Load Case - 778400 100100 4 600 200 0.5 0.6 0.7 28 200 100 a1/d1 600 Mukhanov's chart 0.133 1.000 1 0.112 0.112 0.1200.074 0.088 2.10.9 0.097 0.107a3 0.060 1.4 21 1.2 0.112 200 0.126 0.132 0.8 2604.166667 1.2 0.12 100 70.68 4 48 3.140743173 100 2333.333333 2.97294195 100 17.67 58.9 20.52 82.08 70.68 100 Bolt value in tension = stress x net area = 1.2T/cm 2 x 17.10cm 2 = 20.52 Ton 20 3.3399555 40 OK
- 2. Design for stiffner t2 = Moment = M2*d1 = kg-cm provide 400 mm depth for Using thickness = mm each stiffener Depth = cm Design for stiffner t3 = Moment = M2*(c1+d1/2) = kg-cm Using thickness = mm Depth = cm Design for Shear :- at Calculated Shear(S) = T Effective Shear = T * considering m =0.3 Considering depth of Shear key(d) = mm Considering width of Shear key (b) = mm So that bearing pressure = < kg/cm2 Now bending moment (M) = kg-cm at Required (Z) = (M/1584) = cm3 Using thickness (at) = mm hence Ixx = cm4 Z = > cm3 Required Z Bending Stress s bc,cal = kg/cm2 Area(A) = 2*b*at = cm2 Now shear Stress tv= (T/A) = kg/cm2 < kg/cm2 So,Combind Stress= (s bc,cal )2 +(t av)2 = mm < 0.9fy = kg/cm2 Design for welding :- Vertical load (p)= T Shear(s) = T kg/cm2 Provided weld thickness (w)= mm Welding length = cm d ac,cal = (p/(L*w*0.707) = kg/cm2 zshear, cal = (s/(L*w*0.707) = kg/cm2 Combind stress = (d ac,cal 2 + 3*zshear, cal 2 ) 0.5 = kg/cm2 < allowable stress 1100 kg/cm2 46666.66667 28 7.785 46666.66667 21.35 200 250 250 28 7.785 21.35 Node 10 load case 276 56.93333 60 320250 50 202.178 25 3287.76 263.0208 202.18 1217.584 1.700032641 290.37 502.930802 8 250 125 170.8 1000 21.35 200 130 1229.505672 2250 mm 125.00 56.933
- 3. -21.35 -70.68 -11.49 222 DL+LL+EL+DWL+X+MR 4+TL 20.92 103.57 19.19 223 DL+LL+EL+DWL+X+MR 5+TL 10 121 DL+LL+EL+MR 1+TL -7.33 4.03 3.73 224 DL+LL+EL+DWL+X+MR 6+TL 122 DL+LL+EL+MR 2+TL -7.32 5.16 3.78 225 DL+LL+EL+DWL+X+MR 7+TL 123 DL+LL+EL+MR 3+TL -7.37 3.84 3.76 226 DL+LL+EL+DWL+Z+MR 1+TL 124 DL+LL+EL+MR 4+TL -7.34 3.78 3.79 227 DL+LL+EL+DWL+Z+MR 2+TL 125 DL+LL+EL+MR 5+TL -7.34 3.77 3.8 228 DL+LL+EL+DWL+Z+MR 3+TL 126 DL+LL+EL+MR 6+TL -7.34 4.38 3.64 229 DL+LL+EL+DWL+Z+MR 4+TL 127 DL+LL+EL+MR 7+TL -7.35 4.02 3.74 230 DL+LL+EL+DWL+Z+MR 5+TL 128 DL+LL+EL+(WL +X)+MR 1+TL -8.06 16.3 0.03 231 DL+LL+EL+DWL+Z+MR 6+TL 129 DL+LL+EL+(WL +X)+MR 2+TL -8.05 17.15 0.07 232 DL+LL+EL+DWL+Z+MR 7+TL 130 DL+LL+EL+(WL +X)+MR 3+TL -8.09 16.16 0.05 233 DL+LL+EL+DWL+Z+MR 1+TL 131 DL+LL+EL+(WL +X)+MR 4+TL -8.07 16.12 0.08 234 DL+LL+EL+DWL+Z+MR 2+TL 132 DL+LL+EL+(WL +X)+MR 5+TL -8.07 16.1 0.08 235 DL+LL+EL+DWL+Z+MR 3+TL 133 DL+LL+EL+(WL +X)+MR 6+TL -8.07 16.56 -0.04 236 DL+LL+EL+DWL+Z+MR 4+TL 134 DL+LL+EL+(WL +X)+MR 7+TL -8.07 16.29 0.04 237 DL+LL+EL+DWL+Z+MR 5+TL 135 DL+LL+EL+(WL +X)+MR 1+TL -7.44 9.28 2.1 238 DL+LL+EL+DWL+Z+MR 6+TL 136 DL+LL+EL+(WL +X)+MR 2+TL -7.43 10.12 2.14 239 DL+LL+EL+DWL+Z+MR 7+TL 137 DL+LL+EL+(WL +X)+MR 3+TL -7.46 9.13 2.12 240 DL+LL+EL+DWL-X+MR 1+TL 138 DL+LL+EL+(WL +X)+MR 4+TL -7.44 9.09 2.14 241 DL+LL+EL+DWL-X+MR 2+TL 139 DL+LL+EL+(WL +X)+MR 5+TL -7.44 9.08 2.15 242 DL+LL+EL+DWL-X+MR 3+TL 140 DL+LL+EL+(WL +X)+MR 6+TL -7.44 9.53 2.03 243 DL+LL+EL+DWL-X+MR 4+TL 141 DL+LL+EL+(WL +X)+MR 7+TL -7.45 9.26 2.11 244 DL+LL+EL+DWL-X+MR 5+TL 142 DL+LL+EL+(WL +Z)+MR 1+TL -6.56 16.46 -0.29 245 DL+LL+EL+DWL-X+MR 6+TL 143 DL+LL+EL+(WL +Z)+MR 2+TL -6.55 17.3 -0.24 246 DL+LL+EL+DWL-X+MR 7+TL 144 DL+LL+EL+(WL +Z)+MR 3+TL -6.59 16.31 -0.26 247 DL+LL+EL+DWL-X+MR 1+TL 145 DL+LL+EL+(WL +Z)+MR 4+TL -6.57 16.27 -0.24 248 DL+LL+EL+DWL-X+MR 2+TL 146 DL+LL+EL+(WL +Z)+MR 5+TL -6.57 16.26 -0.23 249 DL+LL+EL+DWL-X+MR 3+TL 147 DL+LL+EL+(WL +Z)+MR 6+TL -6.57 16.71 -0.35 250 DL+LL+EL+DWL-X+MR 4+TL 148 DL+LL+EL+(WL +Z)+MR 7+TL -6.57 16.45 -0.28 251 DL+LL+EL+DWL-X+MR 5+TL 149 DL+LL+EL+(WL +Z)+MR 1+TL -5.95 9.47 1.77 252 DL+LL+EL+DWL-X+MR 6+TL 150 DL+LL+EL+(WL +Z)+MR 2+TL -5.94 10.31 1.82 253 DL+LL+EL+DWL-X+MR 7+TL 151 DL+LL+EL+(WL +Z)+MR 3+TL -5.97 9.32 1.8 254 DL+LL+EL+DWL-Z+MR 1+TL 152 DL+LL+EL+(WL +Z)+MR 4+TL -5.95 9.28 1.82 255 DL+LL+EL+DWL-Z+MR 2+TL 153 DL+LL+EL+(WL +Z)+MR 5+TL -5.96 9.27 1.83 256 DL+LL+EL+DWL-Z+MR 3+TL 154 DL+LL+EL+(WL +Z)+MR 6+TL -5.95 9.72 1.71 257 DL+LL+EL+DWL-Z+MR 4+TL 155 DL+LL+EL+(WL +Z)+MR 7+TL -5.96 9.46 1.79 258 DL+LL+EL+DWL-Z+MR 5+TL 156 DL+LL+EL+EQX (+X)+MR 1+TL -8.52 13.71 2.57 259 DL+LL+EL+DWL-Z+MR 6+TL 157 DL+LL+EL+EQX (+X)+MR 2+TL -8.51 14.55 2.61 260 DL+LL+EL+DWL-Z+MR 7+TL 158 DL+LL+EL+EQX (+X)+MR 3+TL -8.54 13.56 2.59 261 DL+LL+EL+DWL-Z+MR 1+TL 159 DL+LL+EL+EQX (+X)+MR 4+TL -8.52 13.52 2.61 262 DL+LL+EL+DWL-Z+MR 2+TL 160 DL+LL+EL+EQX (+X)+MR 5+TL -8.53 13.51 2.62 263 DL+LL+EL+DWL-Z+MR 3+TL 161 DL+LL+EL+EQX (+X)+MR 6+TL -8.53 13.96 2.5 264 DL+LL+EL+DWL-Z+MR 4+TL 162 DL+LL+EL+EQX (+X)+MR 7+TL -8.53 13.7 2.58 265 DL+LL+EL+DWL-Z+MR 5+TL 266 DL+LL+EL+DWL-Z+MR 6+TL 163 DL+LL+EL+EQX (-X)+MR 1+TL -2.48 -7.66 3.02 267 DL+LL+EL+DWL-Z+MR 7+TL 164 DL+LL+EL+EQX (-X)+MR 2+TL -2.47 -6.81 3.06 268 DL+WLX 1+TX 165 DL+LL+EL+EQX (-X)+MR 3+TL -2.51 -7.81 3.04 269 DL+WLX 2+TX 166 DL+LL+EL+EQX (-X)+MR 4+TL -2.49 -7.84 3.07 270 DL+WLZ 3+TX 167 DL+LL+EL+EQX (-X)+MR 5+TL -2.49 -7.86 3.07 271 DL+WLZ 4+TX 168 DL+LL+EL+EQX (-X)+MR 6+TL -2.49 -7.4 2.95 272 DL+WLX 1A+TX 169 DL+LL+EL+EQX (-X)+MR 7+TL -2.49 -7.67 3.03 273 DL+WLX 2A+TX 170 DL+LL+EL+EQX (+Z)+MR 1+TL -6.94 27.21 -1.39 274 DL+WLZ 3A+TX 171 DL+LL+EL+EQX (+Z)+MR 2+TL -6.93 28.06 -1.35 275 DL+WLZ 4A+TX
- 4. 172 DL+LL+EL+EQX (+Z)+MR 3+TL -6.97 27.06 -1.37 276 DL+DIAGONAL WLX 1+TX 173 DL+LL+EL+EQX (+Z)+MR 4+TL -6.95 27.02 -1.35 277 DL+DIAGONAL WLX 2+TX 174 DL+LL+EL+EQX (+Z)+MR 5+TL -6.95 27.01 -1.34 278 DL+DIAGONAL WLZ 3+TX 175 DL+LL+EL+EQX (+Z)+MR 6+TL -6.95 27.47 -1.46 279 DL+DIAGONAL WLZ 4+TX 176 DL+LL+EL+EQX (+Z)+MR 7+TL -6.95 27.2 -1.38 280 DL+DIAGONAL WLX 1A+TX 177 DL+LL+EL+EQX (-Z)+MR 1+TL -4.06 -21.16 6.98 281 DL+DIAGONAL WLX 2A+TX 178 DL+LL+EL+EQX (-Z)+MR 2+TL -4.04 -20.31 7.02 282 DL+DIAGONAL WLZ 3A+TX 179 DL+LL+EL+EQX (-Z)+MR 3+TL -4.08 -21.31 7 283 DL+DIAGONAL WLZ 4A+TX 180 DL+LL+EL+EQX (-Z)+MR 4+TL -4.06 -21.35 7.03 284 DL+EQX+TX 181 DL+LL+EL+EQX (-Z)+MR 5+TL -4.06 -21.36 7.03 285 DL+EQZ+TX 182 DL+LL+EL+EQX (-Z)+MR 6+TL -4.06 -20.9 6.91 286 DL+EQX+TX 183 DL+LL+EL+EQX (-Z)+MR 7+TL -4.07 -21.17 6.99 287 DL+EQZ+TX 184 DL+LL+EL+(WL -X)+MR 1+TL -4.23 7.34 0.21 321 DL+LL+EL+MR 1-TL 185 DL+LL+EL+(WL -X)+MR 2+TL -4.22 8.18 0.26 322 DL+LL+EL+MR 2-TL 186 DL+LL+EL+(WL -X)+MR 3+TL -4.26 7.19 0.24 323 DL+LL+EL+MR 3-TL 187 DL+LL+EL+(WL -X)+MR 4+TL -4.24 7.15 0.26 324 DL+LL+EL+MR 4-TL 188 DL+LL+EL+(WL -X)+MR 5+TL -4.24 7.14 0.27 325 DL+LL+EL+MR 5-TL 189 DL+LL+EL+(WL -X)+MR 6+TL -4.24 7.59 0.15 326 DL+LL+EL+MR 6-TL 190 DL+LL+EL+(WL -X)+MR 7+TL -4.24 7.33 0.22 327 DL+LL+EL+MR 7-TL 191 DL+LL+EL+(WL -X)+MR 1+TL -3.53 -0.09 2.31 328 DL+LL+EL+(WL +X)+MR 1-TL 192 DL+LL+EL+(WL -X)+MR 2+TL -3.52 0.76 2.35 329 DL+LL+EL+(WL +X)+MR 2-TL 193 DL+LL+EL+(WL -X)+MR 3+TL -3.55 -0.24 2.33 330 DL+LL+EL+(WL +X)+MR 3-TL 194 DL+LL+EL+(WL -X)+MR 4+TL -3.53 -0.27 2.36 331 DL+LL+EL+(WL +X)+MR 4-TL 195 DL+LL+EL+(WL -X)+MR 5+TL -3.54 -0.29 2.36 332 DL+LL+EL+(WL +X)+MR 5-TL 196 DL+LL+EL+(WL -X)+MR 6+TL -3.54 0.17 2.24 333 DL+LL+EL+(WL +X)+MR 6-TL 197 DL+LL+EL+(WL -X)+MR 7+TL -3.54 -0.1 2.32 334 DL+LL+EL+(WL +X)+MR 7-TL 198 DL+LL+EL+(WL -Z)+MR 1+TL -5.16 -6.02 4.84 335 DL+LL+EL+(WL +X)+MR 1-TL 199 DL+LL+EL+(WL -Z)+MR 2+TL -5.15 -5.18 4.89 336 DL+LL+EL+(WL +X)+MR 2-TL 200 DL+LL+EL+(WL -Z)+MR 3+TL -5.19 -6.17 4.86 337 DL+LL+EL+(WL +X)+MR 3-TL 201 DL+LL+EL+(WL -Z)+MR 4+TL -5.17 -6.21 4.89 338 DL+LL+EL+(WL +X)+MR 4-TL 202 DL+LL+EL+(WL -Z)+MR 5+TL -5.17 -6.22 4.9 339 DL+LL+EL+(WL +X)+MR 5-TL 203 DL+LL+EL+(WL -Z)+MR 6+TL -5.17 -5.77 4.77 340 DL+LL+EL+(WL +X)+MR 6-TL 204 DL+LL+EL+(WL -Z)+MR 7+TL -5.17 -6.03 4.85 341 DL+LL+EL+(WL +X)+MR 7-TL 205 DL+LL+EL+(WL -Z)+MR 1+TL -4.54 -12.82 6.87 342 DL+LL+EL+(WL +Z)+MR 1-TL 206 DL+LL+EL+(WL -Z)+MR 2+TL -4.53 -11.97 6.91 343 DL+LL+EL+(WL +Z)+MR 2-TL 207 DL+LL+EL+(WL -Z)+MR 3+TL -4.56 -12.96 6.89 344 DL+LL+EL+(WL +Z)+MR 3-TL 208 DL+LL+EL+(WL -Z)+MR 4+TL -4.54 -13 6.91 345 DL+LL+EL+(WL +Z)+MR 4-TL 209 DL+LL+EL+(WL -Z)+MR 5+TL -4.55 -13.02 6.92 346 DL+LL+EL+(WL +Z)+MR 5-TL 210 DL+LL+EL+(WL -Z)+MR 6+TL -4.54 -12.56 6.8 347 DL+LL+EL+(WL +Z)+MR 6-TL 211 DL+LL+EL+(WL -Z)+MR 7+TL -4.55 -12.83 6.88 348 DL+LL+EL+(WL +Z)+MR 7-TL 212 DL+LL+EL+DWL+X+MR 1+TL -15.88 36.22 -0.93 349 DL+LL+EL+(WL +Z)+MR 1-TL 213 DL+LL+EL+DWL+X+MR 2+TL -15.87 37.07 -0.88 350 DL+LL+EL+(WL +Z)+MR 2-TL 214 DL+LL+EL+DWL+X+MR 3+TL -15.9 36.08 -0.9 351 DL+LL+EL+(WL +Z)+MR 3-TL 215 DL+LL+EL+DWL+X+MR 4+TL -15.88 36.04 -0.88 352 DL+LL+EL+(WL +Z)+MR 4-TL 216 DL+LL+EL+DWL+X+MR 5+TL -15.89 36.03 -0.87 353 DL+LL+EL+(WL +Z)+MR 5-TL 217 DL+LL+EL+DWL+X+MR 6+TL -15.89 36.48 -0.99 354 DL+LL+EL+(WL +Z)+MR 6-TL 218 DL+LL+EL+DWL+X+MR 7+TL -15.89 36.21 -0.91 355 DL+LL+EL+(WL +Z)+MR 7-TL 219 DL+LL+EL+DWL+X+MR 1+TL -9.64 13.01 2.38 356 DL+LL+EL+EQX (+X)+MR 1-TL 220 DL+LL+EL+DWL+X+MR 2+TL -9.63 13.85 2.42 357 DL+LL+EL+EQX (+X)+MR 2-TL 221 DL+LL+EL+DWL+X+MR 3+TL -9.67 12.86 2.4 358 DL+LL+EL+EQX (+X)+MR 3-TL
- 5. -9.65 12.82 2.42 367 DL+LL+EL+EQX (-X)+MR 5-TL 7.28 -14.03 8.88 359 DL+LL+EL+EQX (+X)+ -9.65 12.81 2.43 368 DL+LL+EL+EQX (-X)+MR 6-TL 7.28 -13.58 8.76 360 DL+LL+EL+EQX (+X)+ -9.65 13.26 2.31 369 DL+LL+EL+EQX (-X)+MR 7-TL 7.27 -13.84 8.83 361 DL+LL+EL+EQX (+X)+ -9.65 12.99 2.39 370 DL+LL+EL+EQX (+Z)+MR 1-TL 2.82 21.03 4.41 362 DL+LL+EL+EQX (+X)+ -10.64 30.63 -1.79 371 DL+LL+EL+EQX (+Z)+MR 2-TL 2.83 21.88 4.45 363 DL+LL+EL+EQX (-X)+M -10.63 31.48 -1.75 372 DL+LL+EL+EQX (+Z)+MR 3-TL 2.8 20.88 4.43 364 DL+LL+EL+EQX (-X)+M -10.67 30.49 -1.77 373 DL+LL+EL+EQX (+Z)+MR 4-TL 2.82 20.84 4.46 365 DL+LL+EL+EQX (-X)+M -10.64 30.45 -1.74 374 DL+LL+EL+EQX (+Z)+MR 5-TL 2.81 20.83 4.46 366 DL+LL+EL+EQX (-X)+M -10.65 30.43 -1.74 375 DL+LL+EL+EQX (+Z)+MR 6-TL 2.81 21.29 4.34 -10.65 30.89 -1.86 376 DL+LL+EL+EQX (+Z)+MR 7-TL 2.81 21.02 4.42 -10.65 30.62 -1.78 377 DL+LL+EL+EQX (-Z)+MR 1-TL 5.71 -27.34 12.79 -4.5 9.1 0.91 378 DL+LL+EL+EQX (-Z)+MR 2-TL 5.72 -26.49 12.83 -4.49 9.94 0.95 379 DL+LL+EL+EQX (-Z)+MR 3-TL 5.68 -27.48 12.81 -4.52 8.95 0.93 380 DL+LL+EL+EQX (-Z)+MR 4-TL 5.7 -27.52 12.83 -4.5 8.91 0.96 381 DL+LL+EL+EQX (-Z)+MR 5-TL 5.7 -27.53 12.84 -4.51 8.9 0.96 382 DL+LL+EL+EQX (-Z)+MR 6-TL 5.7 -27.08 12.72 -4.51 9.35 0.84 383 DL+LL+EL+EQX (-Z)+MR 7-TL 5.7 -27.35 12.8 -4.51 9.09 0.92 384 DL+LL+EL+(WL -X)+MR 1-TL 5.53 1.16 6.02 -11.47 15.35 2.1 385 DL+LL+EL+(WL -X)+MR 2-TL 5.54 2.01 6.06 -11.46 16.2 2.15 386 DL+LL+EL+(WL -X)+MR 3-TL 5.5 1.01 6.04 -11.5 15.2 2.13 387 DL+LL+EL+(WL -X)+MR 4-TL 5.52 0.97 6.06 -11.48 15.16 2.15 388 DL+LL+EL+(WL -X)+MR 5-TL 5.52 0.96 6.07 -11.48 15.15 2.16 389 DL+LL+EL+(WL -X)+MR 6-TL 5.52 1.42 5.95 -11.48 15.61 2.04 390 DL+LL+EL+(WL -X)+MR 7-TL 5.52 1.15 6.03 -11.48 15.34 2.11 391 DL+LL+EL+(WL -X)+MR 1-TL 6.23 -6.26 8.11 -5.54 -6.57 5.15 392 DL+LL+EL+(WL -X)+MR 2-TL 6.25 -5.42 8.16 -5.53 -5.72 5.2 393 DL+LL+EL+(WL -X)+MR 3-TL 6.21 -6.41 8.13 -5.57 -6.72 5.18 394 DL+LL+EL+(WL -X)+MR 4-TL 6.23 -6.45 8.16 -5.55 -6.76 5.2 395 DL+LL+EL+(WL -X)+MR 5-TL 6.23 -6.46 8.17 -5.55 -6.77 5.21 396 DL+LL+EL+(WL -X)+MR 6-TL 6.23 -6.01 8.04 -5.55 -6.31 5.09 397 DL+LL+EL+(WL -X)+MR 7-TL 6.22 -6.27 8.12 -5.55 -6.58 5.17 398 DL+LL+EL+(WL -Z)+MR 1-TL 4.6 -12.2 10.65 -2.65 -1.29 2.14 399 DL+LL+EL+(WL -Z)+MR 2-TL 4.61 -11.35 10.69 -2.64 -0.44 2.18 400 DL+LL+EL+(WL -Z)+MR 3-TL 4.58 -12.35 10.67 -2.67 -1.44 2.16 401 DL+LL+EL+(WL -Z)+MR 4-TL 4.6 -12.39 10.69 -2.65 -1.48 2.18 402 DL+LL+EL+(WL -Z)+MR 5-TL 4.59 -12.4 10.7 -2.66 -1.49 2.19 403 DL+LL+EL+(WL -Z)+MR 6-TL 4.59 -11.94 10.58 -2.66 -1.03 2.07 404 DL+LL+EL+(WL -Z)+MR 7-TL 4.59 -12.21 10.66 -2.66 -1.3 2.15 405 DL+LL+EL+(WL -Z)+MR 1-TL 5.23 -18.99 12.67 3.4 -23.38 5.17 406 DL+LL+EL+(WL -Z)+MR 2-TL 5.24 -18.15 12.71 3.41 -22.53 5.22 407 DL+LL+EL+(WL -Z)+MR 3-TL 5.2 -19.14 12.69 3.38 -23.53 5.2 408 DL+LL+EL+(WL -Z)+MR 4-TL 5.22 -19.18 12.72 3.4 -23.57 5.22 409 DL+LL+EL+(WL -Z)+MR 5-TL 5.22 -19.19 12.72 3.39 -23.58 5.23 410 DL+LL+EL+(WL -Z)+MR 6-TL 5.22 -18.74 12.6 3.4 -23.12 5.11 411 DL+LL+EL+(WL -Z)+MR 7-TL 5.22 -19 12.68 3.39 -23.39 5.18 412 DL+LL+EL+DWL+X+MR 1-TL -6.12 30.05 4.88 -10.92 39.51 -9.06 413 DL+LL+EL+DWL+X+MR 2-TL -6.1 30.89 4.92 -10.09 30.14 -6.3 414 DL+LL+EL+DWL+X+MR 3-TL -6.14 29.9 4.9 -8.92 39.72 -9.48 415 DL+LL+EL+DWL+X+MR 4-TL -6.12 29.86 4.92 -8.1 30.39 -6.73 416 DL+LL+EL+DWL+X+MR 5-TL -6.12 29.85 4.93 -5.82 27.56 -8.81 417 DL+LL+EL+DWL+X+MR 6-TL -6.12 30.3 4.81 -4.88 17.66 -6.02 418 DL+LL+EL+DWL+X+MR 7-TL -6.13 30.04 4.89 -7.06 9.74 -2.64 419 DL+LL+EL+DWL+X+MR 1-TL 0.12 6.83 8.18 -6.22 0.68 0.06
- 6. -21.35 66.07 -10.33 -13.03 35.11 -5.93 -14.36 58.62 -11.49 -6.17 29.9 -7.89 -15.47 38.24 -6.29 -7.56 9.01 -2.23 -3.7 16.05 -6.25 4.36 -13.4 -2.2 -11.53 36.05 -5.67 -9.43 54.05 -10.96 -3.48 7.56 -5.07 -5.58 -10.44 0.21 5.69 -4.2 11.46 5.7 -3.07 11.52 5.65 -4.4 11.49 5.68 -4.45 11.53 5.68 -4.47 11.53 5.68 -3.86 11.37 5.67 -4.22 11.48 1.7 10.13 5.83 1.71 10.97 5.88 1.68 9.98 5.86 1.7 9.94 5.88 1.7 9.93 5.89 1.7 10.38 5.77 1.69 10.12 5.84 2.33 3.1 7.9 2.34 3.95 7.94 2.3 2.95 7.92 2.32 2.91 7.95 2.32 2.9 7.95 2.32 3.36 7.83 2.32 3.09 7.91 3.2 10.28 5.52 3.21 11.13 5.56 3.18 10.13 5.54 3.2 10.09 5.56 3.19 10.08 5.57 3.2 10.54 5.45 3.19 10.27 5.53 3.82 3.29 7.58 3.83 4.14 7.62 3.79 3.14 7.6 3.81 3.1 7.62 3.81 3.09 7.63 3.81 3.55 7.51 3.81 3.28 7.59 1.25 7.53 8.37 1.26 8.38 8.41 1.22 7.38 8.39
- 7. 1.24 7.34 8.42 1.24 7.33 8.42 1.24 7.79 8.3 1.24 7.52 8.38 7.28 -13.83 8.82 7.29 -12.99 8.87 7.26 -13.98 8.85 7.28 -14.02 8.87