1. E. Da Riva, S. E. Wojnarska1 2013-02-01 PS Ventilation - Smoke extraction -

2. E. Da Riva, S. E. Wojnarska2 2013-02-01 Boundary conditions / assumptions:  Only SEVS system  Extraction in TR3-TR8, 30 000 m3/h each  Air inlets in the galleries corresponding to TR1 and T2  Two cases! With 25 000 m3/h injection in the center and without Air inlets Smoke extractors

3. E. Da Riva, S. E. Wojnarska3 2013-02-01 Boundary conditions / assumptions:  Extraction: velocity ~5m/s, area 1,7m2 (velocity inlets)  Inlets: TR1: 3,0m X 3,4 m; TR2: 1,2m X 2,0m (pressure inlets)

4. E. Da Riva, S. E. Wojnarska4 2013-02-01 Results

5. E. Da Riva, S. E. Wojnarska5 2013-02-01 Velocity in the tunnel With air injection in the center Normal

6. E. Da Riva, S. E. Wojnarska6 2013-02-01 Pressure in the tunnel With air injection in the center Normal

7. E. Da Riva, S. E. Wojnarska7 2013-02-01 Vectors in the tunnel With air injection in the center Normal

8. E. Da Riva, S. E. Wojnarska8 2013-02-01 Velocities in the tunnel With air injection in the center Normal Area-Weighted Average Velocity Magnitude (m/s) -------------------------------- -------------------- gallery_1 0.75685245 gallery_2 0.7902866 gallery_3 0.072428562 gallery_4 0.012359493 gallery_5 0.3495234 gallery_6 0.33498996 gallery_7 0.28993478 gallery_8 0.13810953 in_tr1 4.0603509 in_tr2 3.5712769 r12 0.27026373 r23 1.3782318 r34 0.97978044 r45 0.56367576 r56 0.048817627 r67 0.38421306 r78 0.87396789 r81 1.3004644 smoke_out_3 4.9019995 smoke_out_4 4.9019928 smoke_out_5 4.901999 smoke_out_6 4.9020019 smoke_out_7 4.9019985 smoke_out_8 4.9019938 Area-Weighted Average Velocity Magnitude (m/s) -------------------------------- -------------------- gallery_1 0.70380718 gallery_2 0.43434012 gallery_3 0.29833815 gallery_4 0.015667496 gallery_5 0.20447034 gallery_6 0.15609969 gallery_7 0.11468902 gallery_8 0.32707399 in_air_cent 9.7125006 in_tr1 3.4942532 in_tr2 3.0836544 r12 0.23014528 r23 1.1887991 r34 0.84752089 r45 0.43130797 r56 0.0715902 r67 0.35271928 r78 0.74057579 r81 1.1440579 smoke_out_3 4.9019995 smoke_out_4 4.9019928 smoke_out_5 4.901999 smoke_out_6 4.9020019 smoke_out_7 4.9019985 smoke_out_8 4.9019938

9. E. Da Riva, S. E. Wojnarska9 2013-02-01 Mass flow rates in the tunnel With air injection in the center Normal Mass Flow Rate (kg/s) -------------------------------- -------------------- gallery_1 5.1918888 gallery_2 -0.91285747 gallery_3 0.44827527 gallery_4 0.014758085 gallery_5 -2.3967266 gallery_6 -0.39031783 gallery_7 -1.7898412 gallery_8 -0.16488914 in_tr1 50.738022 in_tr2 10.498873 r12 -24.157022 r23 -33.744354 r34 -23.986341 r45 -13.794964 r56 -1.191921 r67 9.4045153 r78 21.400648 r81 31.77136 smoke_out_3 -10.206298 smoke_out_4 -10.206141 smoke_out_5 -10.206124 smoke_out_6 -10.206142 smoke_out_7 -10.206076 smoke_out_8 -10.206118 Mass Flow Rate (kg/s) -------------------------------- -------------------- gallery_1 4.8277283 gallery_2 -0.50167662 gallery_3 1.8452111 gallery_4 0.018702507 gallery_5 1.4024338 gallery_6 -0.18188502 gallery_7 0.70622581 gallery_8 0.39043522 in_air_cent 8.5069361 in_tr1 43.664574 in_tr2 9.065423 r12 -20.540335 r23 -29.105169 r34 -20.743538 r45 -10.556447 r56 -1.7526598 r67 8.6350288 r78 18.135139 r81 27.950541 smoke_out_3 -10.206298 smoke_out_4 -10.206141 smoke_out_5 -10.206124 smoke_out_6 -10.206142 smoke_out_7 -10.206076 smoke_out_8 -10.206118

10. E. Da Riva, S. E. Wojnarska10 2013-01-16 END