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Aircraft Emergency Evacuation Study with Injured Passengers. Hae Chang Gea Department of Mechanical and Aerospace Engineering Rutgers University, New Jersey, USA Program Manager: Dr. Mac McLean, FAA, CAMI. Aircraft Emergency Evacuation.
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Aircraft Emergency Evacuation Study with Injured Passengers Hae Chang Gea Department of Mechanical and Aerospace Engineering Rutgers University, New Jersey, USA Program Manager: Dr. Mac McLean, FAA, CAMI
Aircraft Emergency Evacuation • Grouped Passenger Behaviors During Emergency Evacuation (Cabin Safety I: 10:30-11:00AM) • Aircraft Emergency Evacuation Study with Injured Passengers (Cabin Safety II: 2:30-3:00PM) • Computer Simulations on Interior Access Vehicles for Emergency Evacuation (Cabin Safety II: 4:30-5:00PM) A full scale test is… • risky, costly, time consuming and inconsistent. Simulations can… • study what-if scenarios and hazardous conditions; • better understanding of the entire evacuation process.
Injured Passengers Injured Passengers • We are referring to all passengers who move in slower speed than regular passengers. • Examples: injured passengers, disabled passengers, and passengers need special assistant.
Outline Injured Passengers with Random Seating • Single Aisle Vehicle • Double Aisle Vehicle Injured Passenger with Assigned Seating • Single Aisle Vehicle • Double Aisle Vehicle Accidental Injury during Emergency Evacuation • Single Aisle Vehicle • Double Aisle Vehicle Conclusions
Randomly Seated Injured Passengers on Single Aisle Vehicle
Injured Passengers (Single-Aisle Vehicle) Type C Type 3 Type C Regular Passengers (Including Fast, Medium, and Slow Speeds) Injured Passengers (Very Slow)
Single Aisle Vehicle (Random Seating) Exit Time (sec) Number of Injured Passengers • Exit time of the last injured passenger with different moving speed under random seating assignment. Baseline = 68.3 sec
Single Aisle Vehicle (Random Seating) Exit Time (sec) Number of Injured Passengers • Exit time of the last regular passenger with different moving speed under random seating assignment. Baseline = 68.3 sec Time Costs of Last Injured Passenger
Single Aisle Vehicle (Random Seating) Exit Time (sec) Number of Injured Passengers • Exit time of all passengers with different moving speed under random seating assignment. Baseline = 68.3 sec Time Costs of Last Injured Passenger
Randomly Seated Injured Passengers on Double Aisle Vehicle
Injured Passengers (Double-Aisle Vehicle) Type A Type A Type 3 Regular Passengers (Including Fast, Medium, and Slow Speeds) Injured Passengers (Very Slow)
Double Aisle Vehicle (Random Seating) Exit Time (sec) Number of Injured Passengers • Exit time of the last injured passenger with different moving speed under random seating assignment. Baseline = 85.8 sec
Double Aisle Vehicle (Random Seating) Exit Time (sec) Number of Injured Passengers • Exit time of the last regular passenger with different moving speed under random seating assignment. Baseline = 85.8 sec Time Costs of Last Injured Passenger
Double Aisle Vehicle (Random Seating) Exit Time (sec) Number of Injured Passengers • Exit time of all passengers with different moving speed under random seating assignment. Baseline = 85.8 sec Time Costs of Last Injured Passenger
Comparison of Various Number of Injured Passengers Exit Time (sec) Baseline = 85.8 sec Baseline = 68.3 sec Speed 0.4 0.3 0.2 0.4 0.3 0.2 1 2 3 4 5 Double-Aisle Number of Injured Passengers Single-Aisle
Assigned Seating of Single Injured Passenger on Single Aisle Vehicle
Seat Test: Single Injured Passenger • Evacuation time of the injured passenger who is placed in an assigned seat. Injured Passenger Speed = 0.2
Seat Test: Single Injured Passenger (S=0.2) Injured Passenger Speed = 0.2 Exit Time (sec) Seat Assignment • Evacuation time of the injured passenger who is placed in an assigned seat. Baseline = 68.3 sec
Seat Test: Single Injured Passenger (S=0.2) Injured Passenger Speed = 0.2 Exit Time (sec) Seat Assignment • Evacuation time of the last regular passenger when the single injured passenger is placed in an assigned seat. Baseline = 68.3 sec
Seat Test: Single Injured Passenger (S=0.2) Injured Passenger Speed = 0.2 Exit Time (sec) Seat Assignment • Evacuation time of all passengers when the single injured passenger is placed in an assigned seat. Baseline = 68.3 sec
Seat Test: Single Injured Passenger (S=0.3) Injured Passenger Speed = 0.3 Exit Time (sec) Seat Assignment • Evacuation time of the injured passenger who is placed in an assigned seat. Baseline = 68.3 sec
Seat Test: Single Injured Passenger (S=0.3) Injured Passenger Speed = 0.3 Exit Time (sec) Seat Assignment • Evacuation time of the last regular passenger when the single injured passenger is placed in an assigned seat. Baseline = 68.3 sec
Seat Test: Single Injured Passenger (S=0.3) Injured Passenger Speed = 0.3 Exit Time (sec) Seat Assignment • Evacuation time of all passengers when the single injured passenger is placed in an assigned seat. Baseline = 68.3 sec
Seat Test: Single Injured Passenger (S=0.4) Injured Passenger Speed = 0.4 Exit Time (sec) Seat Assignment • Evacuation time of the injured passenger who is placed in an assigned seat. Baseline = 68.3 sec
Seat Test: Single Injured Passenger (S=0.4) Injured Passenger Speed = 0.4 Exit Time (sec) Seat Assignment • Evacuation time of the last regular passenger when the single injured passenger is placed in an assigned seat. Baseline = 68.3 sec
Seat Test: Single Injured Passenger (S=0.4) Injured Passenger Speed = 0.4 Exit Time (sec) Seat Assignment • Evacuation time of all passengers when the single injured passenger is placed in an assigned seat. Baseline = 68.3 sec
Comparisons of Evacuation Time Exit Time (sec) Seat Assignment • Comparison of evacuation time of the injured passenger who is placed in an assigned seat. Speed = 0.2 Speed = 0.3 Speed = 0.4
Comparisons of Evacuation Time Exit Time (sec) Seat Assignment • Comparison of evacuation time of the last regular passenger when the single injured passenger is placed in an assigned seat. Speed = 0.2 Speed = 0.3 Speed = 0.4
Comparisons of Evacuation Time Exit Time (sec) Seat Assignment • Comparison of evacuation time of all passengers when the single injured passenger is placed in an assigned seat. Speed = 0.2 Speed = 0.3 Speed = 0.4
Comparisons of the Worst Case 68.3 sec Exit Time (sec) Baselines Worst Cases with Injuries 14.18% 3.01% -0.35% Single-Aisle 0.2 0.3 0.4 Speed of Injured Passenger
Assigned Seating of Single Injured Passenger on Double Aisle Vehicle
Seat Test: Single Injured Passenger Injured Passenger Speed = 0.2 Exit Time (sec) Seat Assignment • Evacuation time of the injured passenger who is placed in an assigned seat.
Seat Test: Single Injured Passenger (S=0.2) Injured Passenger Speed = 0.2 Exit Time (sec) Seat Assignment • Evacuation time of the injured passenger who is placed in an assigned seat. Baseline = 85.8 sec
Seat Test: Single Injured Passenger (S=0.2) Injured Passenger Speed = 0.2 Exit Time (sec) Seat Assignment • Evacuation time of the last regular passenger when the single injured passenger is placed in an assigned seat. Baseline = 85.8 sec
Seat Test: Single Injured Passenger (S=0.2) Injured Passenger Speed = 0.2 Exit Time (sec) Seat Assignment • Evacuation time of all passengers when the single injured passenger is placed in an assigned seat. Baseline = 85.8 sec
Seat Test: Single Injured Passenger (S=0.3) Injured Passenger Speed = 0.3 Exit Time (sec) Seat Assignment • Evacuation time of the injured passenger who is placed in an assigned seat. Baseline = 85.8 sec
Seat Test: Single Injured Passenger (S=0.3) Injured Passenger Speed = 0.3 Exit Time (sec) Seat Assignment • Evacuation time of the last regular passenger when the single injured passenger is placed in an assigned seat. Baseline = 85.8 sec
Seat Test: Single Injured Passenger (S=0.3) Injured Passenger Speed = 0.3 Exit Time (sec) Seat Assignment • Evacuation time of all passengers when the single injured passenger is placed in an assigned seat. Baseline = 85.8 sec
Seat Test: Single Injured Passenger (S=0.4) Injured Passenger Speed = 0.4 Exit Time (sec) Seat Assignment • Evacuation time of the injured passenger who is placed in an assigned seat. Baseline = 85.8 sec
Seat Test: Single Injured Passenger (S=0.4) Injured Passenger Speed = 0.4 Exit Time (sec) Seat Assignment • Evacuation time of the last regular passenger when the single injured passenger is placed in an assigned seat. Baseline = 85.8 sec
Seat Test: Single Injured Passenger (S=0.4) Injured Passenger Speed = 0.4 Exit Time (sec) Seat Assignment • Evacuation time of all passengers when the single injured passenger is placed in an assigned seat. Baseline = 85.8 sec
Comparisons of Evacuation Time Exit Time (sec) Seat Assignment • Comparison of evacuation time of the injured passenger who is placed in an assigned seat. Speed = 0.2 Speed = 0.3 Speed = 0.4
Comparisons of Evacuation Time Exit Time (sec) Seat Assignment • Comparison of evacuation time of the last regular passenger when the single injured passenger is placed in an assigned seat. Speed = 0.2 Speed = 0.3 Speed = 0.4
Comparisons of Evacuation Time Exit Time (sec) Seat Assignment • Comparison of evacuation time of all passengers when the single injured passenger is placed in an assigned seat. Speed = 0.2 Speed = 0.3 Speed = 0.4
Comparison of Individual Injured Passenger 85.8 sec 68.3 sec 13.87% 2.53% -0.16% Exit Time (sec) 14.18% 3.01% -0.35% Baselines Worst Cases with Injuries Double-Aisle Single-Aisle 0.2 0.3 0.4 Vehicle Type Speed of Injured Passenger
Accidental Injury (Single-Aisle Vehicle) Type C Type 3 Type C Regular Passenger (Including Fast, Medium, and Slow Speeds) Injured Passenger (Very Slow, Speed = 0.2) Location of Accidental Injury
Accidental Injury (Single-Aisle Vehicle) Exit Time (sec) • Exit time of the injured passenger under different settings. Baseline = 68.3 sec Worst Case for Injured Passenger
Accidental Injury (Single-Aisle Vehicle) Exit Time (sec) • Exit time of the last regular passengerunder different settings. Baseline = 68.3 sec Worst Case for Injured Passenger Worst Case for Regular Passenger