2013 Soesterberg (NL)

5th Resilience Engineering International Symposium
Soesterberg (The Netherlands), 25 – 27 June 2013

TitleAuthorHits
Understanding Resilience In Flight OperationsDijkstra, A.3704
Resilience Engineering In Healthcare Moving From Epistemology To Theory And PracticeAnderson Et Al 3956
UAS In (inter)national AirspaceBakx & Nyce1165
How The Simplification Of Work Can Degrade Safety A Gas Company Case StudyBlazsin Et Al 2284
Turning Variability Into Emergent SafetyBracco Et Al.2548
Performance Variability Black And White Or Shades Of GreyCornelissen Et Al.1822
Assessing Rio De Janeiro Municipality’s Natural Disaster Prevention Program Against The UN’s Hyogo ProtocolDe Souza Et Al1894
Trade-Offs Between Safety And Production During Technical Assistance Of An AircraftDiCioccio & Morel3010
Trade-offs In The Planning Of Rail Engineering WorkFerreira Et Al 2587
Organisational Factors For Enhancing Train Drivers Proactive BehavioursFujino Et Al2557
A Fuzzy Model To Assess Resilience For Safety ManagementGrecco Et Al 2811
Training Of Resilience Skills For Safer Railways Developing A New Training Program On The Basis Of Lessons From Tsunami DisasterHaga Et Al1731
Assessing Behaviour Towards Organizational Resilience In AviationHeese Et Al 5227
Planning Measuring Resilience Potential And Early Warnings (SCALES)Herrera Et Al 2000
Structure, Agency, And ResilienceHunte Et Al 2727
Regulating Interactions Across Multiple Centres Of ControlIgbo Et Al2080
The Relevance Of Resources For Resilience At Different Organizational Levels Within The Military Deployment CycleKamphuis & Delahaij2626
A Method For Visualizing Trade-offs In En-route Air Traffic Control TasksKirakawa Et Al2936
Precepts Of Resilience Engineering As Guidelines For Learning Lessons From The Fukushima-Daiichi AccidentKitamura2662
Sending Up A FLARE Enhancing Resilience In Industrial Maintenance Through The Timely Mobilization Of Remote ExpertsLay & Branlat734
Translating Resilience A Framework To Enhance Communication And ImplementationLongstaff Et Al 3404
The Resilience Analysis Matrix (RAM) Visualizing Functional Dependencies In Complex Socio-technical SystemsLundberg & Woltjer2533
Trade-Offs As Symptoms Of Mismatches Between Sociotechnical SystemsMoriarty & Jarvis2284
Are Trade-offs Experienced And If Yes, How Studying Organizational Resilience Through Operators’ DilemmasNathanael Et Al1620
Analysis Of Resilience In Offshore Logistics And Emergency Response Using A Theoretically Based ToolOse Et Al 2607
Episodic Adaptations And Trade-offs Examples From The Victorian Construction IndustryPillay & Borys 2028
Under Dangerous Conditions Safety Construction And Safety-related Work Onboard Of Merchant VesselsPraetorius & Lundh 1763
“Staying Ahead Of The Aircraft” And Managing Surprise In Modern AirlinersRankin Et Al 2338
Considering Trade-offs When Assessing ResilienceRigaud & Martin3044
Modeling Trade-offs' Consequences Propagation And Their ImpactsRigaud Et Al2176
Characteristics Of Complex Socio-Technical Systems And Guidelines For Their Management The Role Of ResilienceSaurin Et Al 2863
Developing Resilience SignalsSiegel & Schraagen2582
To Certify, To Investigate Or To Engineer, That Is The QuestionStoop1825
Analysis Of The Human Role In The Resilience Of Air Traffic ManagementStroeve Et Al 2130
Actions Contributed To Disaster Level Reduction Of The Fukushima AccidentTakahashi & Kitamura 2364
Customer Satisfaction Plays An Important Role A Model To Improve Resiliency Of ICT Service MaintainersTakayama Et Al2662
Balancing Efficiency And Safety In Maritime Traffic Management When Approaching A PortVan Westrenen 2698
Reducing The Potential For Cascade Recognizing And Mitigating Situations That Threaten Business ViabilityWalker Et Al 2523
Levels Of Resilience Moving From Resilience To Resilience EngineeringWears & Morrison2210
Resilience In ATM Operations Incorporating Robustness And Resilience In Safety AssessmentWoltjer Et Al3038
Identifying Imbalances In A Portfolio Of Safety Metrics The Q4-Balance Framework For Economy-Safety TradeoffsWoods Et Al 1505
The Stress-Strain Model Of Resilience Operationalizes The Four Cornerstones Of Resilience EngineeringWoods Et Al 3319